Learn how to conduct an environmental impact assessment (EIA). How do you undertake forms of development without compromising environmental, social, and economic sustainability? This four-week course will equip you with the skills to be able to decide what forms of environmental impact assessments (EIA) are needed and when to call on experts. Exploring real-world applications, you’ll see what successful EIA implementation looks like and how you can apply this to different contexts. With this knowledge, you’ll be able to develop in your current or future role as an environmental professional. Explore different forms of impact assessment. You’ll discover a variety of impact assessments including environmental, social, cultural, and economic impacts. This exploration will ensure you can gauge the impacts of development, how likely they are to occur, and how significant they will be. Align the EIA process with people. With an understanding of different impacts that can occur, you’ll unpack the nature of these impacts and how to assess them. This knowledge will help you explore the relationship between people and EIA. You’ll be guided through an environmental impact assessment process and how you can align this with the people involved, such as through engaging the community. Learn from the experts at The University of Adelaide. Throughout the course, you’ll be guided by the specialists at The University of Adelaide to ensure you finish with the knowledge and practical skills to conduct a successful environmental impact assessment. The skills you’ll learn are crucial for anyone undertaking an environmental impact assessment, but also for those managing or overseeing the process. This course is designed for anyone with an interest in environmental impact assessments, without any prior knowledge needed. The primary aim of this course is to develop the knowledge of professionals to assist them in advancing their career paths.
The webinar begins by introducing Nordic semiconductor and CASA, discussing how they work together to provide embedded solutions for IoT deployments. The speaker then covers practical tips for designing and implementing cellular IoT solutions, including navigating complexities in cellular IoT networks, maximizing security and coverage, and building low-power solutions. The webinar also touches on key topics such as roaming and coverage, SIM lifecycle, and getting data to the cloud. Examples are given for how these concepts can be applied in asset tracking and package delivery.
Gal Zror presents a talk on his findings regarding Ruckus AP devices. He begins by asking if anyone is familiar with these devices, and then explains how he came across them at USA 2019. He notes that Rockers provides conference Wi-Fi and that their access points are also present in the current conference venue. Gal then shares his discovery of vulnerabilities in these devices and the potential risks they pose to users. He highlights the importance of understanding these findings and taking necessary measures to protect users' security.
The video starts with the creator introducing themselves and the topic of designing a 3D character model for a horror game. They explain their premise and show their concept art, which they will use to create the 3D model. The creator demonstrates how to use Blender's modeling tools to create a basic human body shape and then modify it to fit the concept art. They highlight the importance of getting the overall shape and proportions right before moving on to details such as eyes, face, and features. The video also covers tips for creating unique avatars and shares experiences from the creator's freelance work. Throughout the video, the creator provides insightful commentary on their design process and offers helpful advice for those looking to create their own 3D character models for horror games.
In this talk, Olivier Giroux delves into the concept of Ford progress guarantees in C++. He begins by explaining why Ford progress guarantees are important, as they provide a way to reason about program behavior in a deterministic manner. Olivier then discusses how C++'s abstract machine and memory model impact the behavior of programs that use Ford progress guarantees, highlighting the differences between C++ and other programming languages. He also touches on the implications of C++'s unique features for other languages that may not have their own Ford progress guarantees. Throughout the talk, Olivier provides examples to illustrate how Ford progress guarantees work in practice and why they are essential for building reliable software. By the end of the talk, viewers will have a deeper understanding of Ford progress guarantees in C++ and how they can be used to create more robust and predictable programs.
Paul Gardner-Steven's presentation on digital sovereignty explores the degradation of freedoms in today's world and the importance of taking back control. He discusses how the concept of digital sovereignty is becoming increasingly relevant, particularly in light of recent events. Paul highlights his involvement in the open source community and how it ties into the idea of digital sovereignty. The presentation covers topics such as the coming digital winter, the importance of reclaiming control, and the role of the open source community in achieving digital sovereignty.
In this session, Maarten Balliauw shares their story of debugging large web services, specifically the NuGet server. They discuss the challenges they faced, such as frequent downtime, slowdowns, and errors, and how they went about fixing those issues. The talk covers various topics, including troubleshooting, bug fixing, and performance optimization. Maarten also shares their experience in using a detective approach to identify and solve problems in the service.
The subject matter revolves around the concept of differentiation in content marketing. Differentiation refers to the process of creating a unique value proposition for your brand or business by highlighting what sets you apart from others. This is crucial in today's market where competition is high, and customers are constantly bombarded with information. By differentiating themselves, businesses can capture their target audience's attention and stand out from the crowd. The video delves into various models of differentiation that businesses can use to achieve this goal. One such model is revealing secrets or providing exclusive information that customers want but cannot find elsewhere. This approach allows businesses to establish trust with their audience by being transparent and honest about their products or services. Another aspect explored in the content is how businesses can use their existing knowledge and expertise to create valuable content for their target audience. By doing so, they can demonstrate their authority and thought leadership within their industry, further differentiating themselves from competitors.
The content focuses on discovering network infrastructure for AWS migration. It emphasizes the importance of modifying the Windows Server firewall to allow port 443, which is used by the agent to communicate. This involves creating a new rule in the firewall to allow TCP port 443 and applying it for all programs. The protocol type is specified as TCP, and the port number is set to 443. For security purposes, only certain IP addresses are allowed in and out. The content assumes that the user has some basic knowledge of Windows Server and AWS migration. The process is demonstrated on a Windows 2019 server running in a virtual machine, although it notes that this setup may not be available in all environments. The content does not delve into more advanced topics or provide detailed explanations of AWS migration processes. It focuses primarily on the discovery of network infrastructure for AWS migration.
The subject matter covered includes an introduction to capital budgeting, its significance in business organizations, and the process of evaluating different capital investment proposals. It discusses the key considerations involved in project evaluation, such as determining the amount of investment required, expected returns, and the lifespan of the project. The importance of discounting future cash flows is also emphasized, using the concept of time value of money. This concept is crucial for comparing cash outflows with inflows or series of inflows accurately. Furthermore, it highlights how the use of time value of money will be applied in various decision-making processes and investment evaluation in business organizations. In essence, this content provides a solid foundation for understanding capital budgeting principles.
The Fisher Effect is a concept in finance that explains the relationship between real and nominal interest rates. It suggests that investors are primarily concerned with what they can buy with their money, rather than just the growth of their investment. This session uses a practical example, such as investing $100 to buy pizzas today versus one year from now, to demonstrate how inflation affects the true rate of return on an investment. The real and nominal rates of interest are discussed, showing that the real rate of return is lower than the nominal rate due to inflation. Irving Fisher's formula for measuring the relationship between real and nominal interest rates is also explained, allowing investors to calculate their true rate of return. This includes considering compensation for inflation when investing money. A simple example is provided using a 5% growth rate on $100, resulting in $105 by the end of the year, highlighting the importance of understanding the true rate of return in making informed investment decisions.
This content covers a player's experience with a randomized Pokémon Emerald game. The map is altered to create an unpredictable environment, making navigation and strategy crucial for success. The player aims to beat the eight gyms in order, which requires careful planning and note-taking. They document their progress, including any setbacks or unexpected events that occur during gameplay. The player's approach to tackling the challenge is serious, with a focus on beating the game as efficiently as possible. As they navigate through the randomized map, they discuss their thought process and decisions made along the way. Some parts of the map prove more challenging than others, but the overall goal remains the same. The content provides insight into how a player approaches such a unique challenge and how they adapt to unexpected situations.
The subject matter of this educational content revolves around scaling wind tunnel models, which is crucial for aerodynamic testing and understanding the behavior of real-world products. The content delves into the concept of different types of similarity that can be employed to scale wind tunnel models accurately. It discusses the relevance of dimensional analysis in identifying non-dimensional groups that are essential for model scaling. Furthermore, it emphasizes the significance of matching these non-dimensional groups between a scaled-down model and its full-scale prototype to ensure accurate test results. The content also highlights the limitations and challenges associated with achieving perfect similarity, suggesting that sufficient testing can still reveal desired dimensionless functions connecting the non-dimensional groups. Additionally, it touches upon safety issues in wind tunnel handling, recognizing the importance of safe practices when working with wind tunnels and models.
This educational content delves into the Integrated Child Development Services (ICDS) program, a central government-sponsored initiative in India. The ICDS program aims to provide integrated services for preschool children, ensuring proper growth and development in rural, urban, and semi-urban areas, including slums. It targets children below 6 years old and their mothers, tackling non-nutrition issues and health problems in this age group. This program is considered a primary social welfare scheme for addressing the needs of young children and their caregivers. The content also explores silent features of family welfare programs. These include provision of essential services and supplies, development of facilities to boost female literacy rates, creating connections with other relevant ministries and departments, and using multimedia and interpersonal communication to raise awareness about important issues affecting families.
The content discusses how to handle multiple similar app objects using indexing in Appium mobile automation testing. It starts by mentioning a common error that occurs when the APM server is not stopped, and explains how to stop it by pressing CTRL-C. The importance of identifying elements uniquely is emphasized, and the use of class name as a unique identifier is discussed. The content also covers how to use X-Path with specific index to identify elements even when there are multiple instances. It provides guidance on using driver.findElement() with the class name as an argument to locate the element. Additionally, the content explains how to enter text into an edit box element without taking a screenshot of it.
The video begins with a disclaimer, followed by the hosts introducing themselves. They explain that they will be discussing how to use breakable dependencies for your advantage. Stacey and Anne share their experiences in using breakable dependencies in their work, highlighting the importance of understanding and leveraging these dependencies effectively. They emphasize that breakable dependencies are not just limited to technology but can also be applied to various aspects of life. The hosts provide practical tips and strategies on how to use breakable dependencies to achieve success in different areas, such as risk assessments, policy-making, and decision-making. They also touch on the importance of fighting dirty and fighting like a girl. Throughout the video, Stacey and Anne maintain a lighthearted and humorous tone, making the content engaging and easy to understand.
Vadim Kotov and Nick Cano present a three-way approach to unpacking malware, which they developed as an open-source tool called the 'packer attacker.' They explain that they wanted to provide a solution for independent researchers and academics to analyze malware at scale. The talk begins with background information on the topic, including the definition of 'packers' and how malware executes on a machine. The presenters then dive into the specifics of how malware unpacks and transfers control to its payload, using examples from their own research. They also discuss the importance of understanding malware at scale and the limitations of commercial solutions. Throughout the talk, Kotov and Cano provide detailed explanations of the techniques and tools used in their research.
Auto encoders are neural networks that are designed to reconstruct the original input image. In this tutorial, we will be discussing the basics of auto encoders and how they work. We will look at a few lines of code to understand how auto encoders are trained and how they can be used for noise reduction, colorization, and anomaly detection. Auto encoders are nothing but neural networks that are designed to reconstruct the original input image. When an input image goes through the auto encoding process, the dimensions are reduced down to a certain level, such as 8 by 8 or 4 by 4. The weights and biases are updated during this process, allowing the system to create a model that can tell how to take an input image and reconstruct the original image back. Auto encoders have various applications, including noise reduction in images, colorization of images, and anomaly detection. By understanding how auto encoders work, you can use them for these tasks and more. In the next upcoming videos, we will explore these applications in more detail.
The content centers around the conservation status of bats, exploring their ecological significance and the threats they face. It delves into the Friend of the Earth programs, which likely include initiatives aimed at preserving biodiversity and mitigating human impact on natural habitats. A key aspect is the Buzzword Sanctuary case study, providing insights into effective conservation practices and educational strategies for promoting environmental awareness. The presentation also touches upon the importance of marine ecosystem protection, highlighting the role of international organizations in safeguarding these delicate ecosystems. It emphasizes the need for collaborative efforts among nations to tackle global conservation challenges effectively.
The content focuses on Azure storage redundancy, which ensures protection of stored data from various failures by maintaining multiple copies. This approach guarantees that the storage account meets its availability and durability targets even in the face of failures. The discussion emphasizes the importance of considering factors such as cost, availability, and replication when deciding on a redundancy option. It also highlights how data is replicated within the primary region, which impacts the choice of redundancy level. The content assumes that viewers are familiar with Azure storage and its various options. It does not provide an in-depth exploration of these options but rather focuses on the process of selecting an appropriate one based on specific needs. This selection involves weighing the trade-off between lower costs and higher availability. The importance of data replication within the primary region is also stressed, as it directly affects this decision-making process. Additionally, the content assumes that viewers are familiar with how Azure storage accounts work and do not need a detailed explanation of these concepts.
The content begins by exploring isolated points within a set and determining that none exist in this context. However, it then discusses how certain points can be considered isolated based on their distance from other points within the set. The importance of understanding the number of points (denoted as 'n') is also highlighted, particularly when dealing with sets of two or more elements. Furthermore, the concept of limit points is introduced, which are essentially cluster points in this context. A specific example of a set in R2 is provided to illustrate these concepts. The definition of boundary points is then explained, focusing on their relation to an epsilon ball and how they satisfy certain conditions. Additionally, the content examines isolated points within R2 as boundary points, taking into account the properties of an epsilon ball surrounding such points.
Ansible Collections are bundles of automation content, including labs, tools, modules, and plugins. They can contain various types of content, such as the Cisco IOS collection, which has modules for configuring devices. Collections can be distributed via Ansible Galaxy or repositories, offering multiple installation methods. The content explains how to use the Ansible Galaxy command to install a collection automatically, providing the namespace and Collection name. Additionally, it shows how to specify a GitHub repository in a requirements file for manual installation. By default, Ansible installs collections in the user's home directory. A separate virtual environment is created with only the Ansible Core package to test manual installation methods. The content covers best practices for managing Ansible Collections and using various CLI options for their installation.
The resource covers the fundamentals of writing an APA style manuscript, including the main components that should be included. These are: title page and abstract, introduction, methods, results, discussion section, and references section. The content explains how to format these sections correctly, with a focus on times new roman 12 point font and double spacing throughout the paper. Additionally, it highlights the importance of using running heads and properly formatting author names. The resource also touches upon technical details such as header formats and page numbering requirements.
The subject of this content revolves around utilizing DAX functions within Power BI to create a comprehensive date table. It explains that automatically generated date hierarchies (year, quarter, month, day) can become limited for more complex analyses. Furthermore, it highlights the issue of hidden tables being created under the hood for each date field in the model, which could potentially overwhelm larger models. The video discusses two DAX functions used to create custom date tables: one that generates a calendar table and another that enables users to define their own custom calendars. It explores how to access these functions within Power BI's modeling area, create a new table named 'dates,' and use the 'calendar' function to generate dates based on specific criteria. The content also touches upon alternative methods of obtaining date tables from existing data warehouses or creating custom date tables that may not align with standard fiscal calendars.
Class Central Tips Welcome to Graphic Design, the second course in the Effective Communications Specialization. Over 70 different companies have provided this specialization to their employees as a resource for internal professional development. Why? Because employers know that effective visual communication is the key to attracting an audience, building a relationship, and closing the sale. This practical course gives you the tools to create professional looking PowerPoints, reports, resumes, and presentations. Using a set of best practices refined through years of experience, you’ll: • make your work look fresh and inspired. • apply simple design “tricks” to begin any project with confidence and professionalism. • receive and respond to criticism and revise your project from good to great. "This course is fantastic. It teaches a great amount of starter graphic design information but it is broken down into easily understood videos and quizzes. The quality was top notch and the interaction was as good as you would get in a brick and mortar school. I did not feel like I was missing anything by taking it online." - a recent Graphic Design student All of the course assignments can be completed with basic presentation software such as Microsoft PowerPoint, Google Slides, or Apple Keynote. You’ll also have opportunities to explore and apply more sophisticated tools, such as Adobe Photoshop, Illustrator, and InDesign. This course can be taken for academic credit as part of CU Boulder’s Master of Science in Data Science (MS-DS) degree offered on the Coursera platform. The MS-DS is an interdisciplinary degree that brings together faculty from CU Boulder’s departments of Applied Mathematics, Computer Science, Information Science, and others. With performance-based admissions and no application process, the MS-DS is ideal for individuals with a broad range of undergraduate education and/or professional experience in computer science, information science, mathematics, and statistics. Learn more about the MS-DS program at https://www.coursera.org/degrees/master-of-science-data-science-boulder.
Description English paper piecing is a method of quilting done entirely by hand, making it a great project for quilting on the go. Learn everything you need to get started from quilter Ashley Hough. Ashley will show you all of the materials you will need for English paper piecing, including fabric, a hand-sewing needle and thread, and both paper and plastic templates, which are used for cutting out the fabric. This class will cover some of the most common shapes used when doing English paper piecing, including the hexagon, clamshell, and diamond. Ashley will show you how to cut out your fabric using a template and ensure that it is larger than the paper template that the fabric will be sewn to. You will learn how to baste your fabric onto the paper using both a glue method and a hand-sewing method. Ashley will teach you how to baste different shapes, including those with straight edges, curves, and sharp points. Once you learn how to baste your fabric shapes, you will be ready to stitch your pieces together and remove the paper. You can then practice your English paper piecing with a fun, easy pattern download.
The video discusses a new approach to enumerating query answers using circuits. The speaker explains that traditional methods of query evaluation are inefficient, so they propose using intentional query evaluation instead. This involves compiling queries into tractable classes of circuits like DSDNNF, UBDDs, and others, and then evaluating the circuit to retrieve the answer. The talk covers preliminaries and states the problem formally, followed by a detailed explanation of how this approach can be used for tasks like counting, weighted counting, and probability computation. The speaker also discusses how these results can be applied to enumeration on circuits in general, and how they can be used to improve efficiency. Finally, the video concludes with a summary of the key points covered.
The video begins by introducing the new 4Q F-bit elliptic curve, a joint work of four researchers from different institutions. The speaker explains that this curve offers much higher performance than traditional curves, with evidence from benchmarks showing it to be two or three times faster. The presentation then turns to the question of how suitable this curve is for efficient hardware implementation, and the challenges that come with employing four downloads in a scale of decomposition. The speaker also mentions that 4Q was introduced by Craig Costello and Patrick Longer last year, making it a relatively new curve. The video concludes by highlighting the security offered by this curve, which is over 120 bits, thanks to its twisted Edward's curve with a cardinality of the group and a prime size of 392 times 246 bits. The speaker emphasizes that it's a very nice curve from many perspectives.
The educational content focuses on the fundamentals of visual design, highlighting its significance in product development. It discusses how visual design plays a crucial role alongside functional design in creating successful products. The principles of visual design are examined, including balancing proportions, emphasis, placement, rhythm, and unity. These concepts represent the general classes of tools used to determine the ideal arrangement of design elements for any given visual work. Color theory is also explored, with a mention of transparency's increasing integration into products. The content assumes prior knowledge of basic color principles, such as primary colors, secondary colors, and complementary colors. It encourages viewers to experiment with these concepts using tools like Microsoft's hexagon pattern feature. The educational content aims to complete the coverage of visual design elements by discussing additional principles. It provides a comprehensive overview of the essential aspects of visual design, making it an informative resource for those interested in this subject.
The topic of this content revolves around spatial models, specifically the analysis and synthesis of spatial configurations. The Fontooning model, introduced by Heinrich Fontooning in 1826, plays a central role here, as it explains how land use is determined by transport costs to market and production costs. Market prices and their impact on agricultural activities are also explored, with a focus on the idea that farmers can afford to pay for land rent based on yield. The Bitrent model, an extension of the Fontooning model, is discussed, along with its graphical representation in economic theory. The importance of distance to market in determining ideal land use and agricultural products is highlighted. Additionally, the concept of production changes after curves intersect, leading farmers to choose the product that yields the highest returns or profit. The example of Bayering and Intensive Farming demonstrates how vegetables, fruits, milk, and other products are produced closest to cities due to their need for quick transportation to market. Finally, it is noted that emerging land use patterns can form concentric rings around central markets.
Learn how to conduct an environmental impact assessment (EIA). How do you undertake forms of development without compromising environmental, social, and economic sustainability? This four-week course will equip you with the skills to be able to decide what forms of environmental impact assessments (EIA) are needed and when to call on experts. Exploring real-world applications, you’ll see what successful EIA implementation looks like and how you can apply this to different contexts. With this knowledge, you’ll be able to develop in your current or future role as an environmental professional. Explore different forms of impact assessment. You’ll discover a variety of impact assessments including environmental, social, cultural, and economic impacts. This exploration will ensure you can gauge the impacts of development, how likely they are to occur, and how significant they will be. Align the EIA process with people. With an understanding of different impacts that can occur, you’ll unpack the nature of these impacts and how to assess them. This knowledge will help you explore the relationship between people and EIA. You’ll be guided through an environmental impact assessment process and how you can align this with the people involved, such as through engaging the community. Learn from the experts at The University of Adelaide. Throughout the course, you’ll be guided by the specialists at The University of Adelaide to ensure you finish with the knowledge and practical skills to conduct a successful environmental impact assessment. The skills you’ll learn are crucial for anyone undertaking an environmental impact assessment, but also for those managing or overseeing the process. This course is designed for anyone with an interest in environmental impact assessments, without any prior knowledge needed. The primary aim of this course is to develop the knowledge of professionals to assist them in advancing their career paths.
The webinar begins by introducing Nordic semiconductor and CASA, discussing how they work together to provide embedded solutions for IoT deployments. The speaker then covers practical tips for designing and implementing cellular IoT solutions, including navigating complexities in cellular IoT networks, maximizing security and coverage, and building low-power solutions. The webinar also touches on key topics such as roaming and coverage, SIM lifecycle, and getting data to the cloud. Examples are given for how these concepts can be applied in asset tracking and package delivery.
Gal Zror presents a talk on his findings regarding Ruckus AP devices. He begins by asking if anyone is familiar with these devices, and then explains how he came across them at USA 2019. He notes that Rockers provides conference Wi-Fi and that their access points are also present in the current conference venue. Gal then shares his discovery of vulnerabilities in these devices and the potential risks they pose to users. He highlights the importance of understanding these findings and taking necessary measures to protect users' security.
The video starts with the creator introducing themselves and the topic of designing a 3D character model for a horror game. They explain their premise and show their concept art, which they will use to create the 3D model. The creator demonstrates how to use Blender's modeling tools to create a basic human body shape and then modify it to fit the concept art. They highlight the importance of getting the overall shape and proportions right before moving on to details such as eyes, face, and features. The video also covers tips for creating unique avatars and shares experiences from the creator's freelance work. Throughout the video, the creator provides insightful commentary on their design process and offers helpful advice for those looking to create their own 3D character models for horror games.
In this talk, Olivier Giroux delves into the concept of Ford progress guarantees in C++. He begins by explaining why Ford progress guarantees are important, as they provide a way to reason about program behavior in a deterministic manner. Olivier then discusses how C++'s abstract machine and memory model impact the behavior of programs that use Ford progress guarantees, highlighting the differences between C++ and other programming languages. He also touches on the implications of C++'s unique features for other languages that may not have their own Ford progress guarantees. Throughout the talk, Olivier provides examples to illustrate how Ford progress guarantees work in practice and why they are essential for building reliable software. By the end of the talk, viewers will have a deeper understanding of Ford progress guarantees in C++ and how they can be used to create more robust and predictable programs.
Paul Gardner-Steven's presentation on digital sovereignty explores the degradation of freedoms in today's world and the importance of taking back control. He discusses how the concept of digital sovereignty is becoming increasingly relevant, particularly in light of recent events. Paul highlights his involvement in the open source community and how it ties into the idea of digital sovereignty. The presentation covers topics such as the coming digital winter, the importance of reclaiming control, and the role of the open source community in achieving digital sovereignty.
In this session, Maarten Balliauw shares their story of debugging large web services, specifically the NuGet server. They discuss the challenges they faced, such as frequent downtime, slowdowns, and errors, and how they went about fixing those issues. The talk covers various topics, including troubleshooting, bug fixing, and performance optimization. Maarten also shares their experience in using a detective approach to identify and solve problems in the service.
The subject matter revolves around the concept of differentiation in content marketing. Differentiation refers to the process of creating a unique value proposition for your brand or business by highlighting what sets you apart from others. This is crucial in today's market where competition is high, and customers are constantly bombarded with information. By differentiating themselves, businesses can capture their target audience's attention and stand out from the crowd. The video delves into various models of differentiation that businesses can use to achieve this goal. One such model is revealing secrets or providing exclusive information that customers want but cannot find elsewhere. This approach allows businesses to establish trust with their audience by being transparent and honest about their products or services. Another aspect explored in the content is how businesses can use their existing knowledge and expertise to create valuable content for their target audience. By doing so, they can demonstrate their authority and thought leadership within their industry, further differentiating themselves from competitors.
The content focuses on discovering network infrastructure for AWS migration. It emphasizes the importance of modifying the Windows Server firewall to allow port 443, which is used by the agent to communicate. This involves creating a new rule in the firewall to allow TCP port 443 and applying it for all programs. The protocol type is specified as TCP, and the port number is set to 443. For security purposes, only certain IP addresses are allowed in and out. The content assumes that the user has some basic knowledge of Windows Server and AWS migration. The process is demonstrated on a Windows 2019 server running in a virtual machine, although it notes that this setup may not be available in all environments. The content does not delve into more advanced topics or provide detailed explanations of AWS migration processes. It focuses primarily on the discovery of network infrastructure for AWS migration.
The subject matter covered includes an introduction to capital budgeting, its significance in business organizations, and the process of evaluating different capital investment proposals. It discusses the key considerations involved in project evaluation, such as determining the amount of investment required, expected returns, and the lifespan of the project. The importance of discounting future cash flows is also emphasized, using the concept of time value of money. This concept is crucial for comparing cash outflows with inflows or series of inflows accurately. Furthermore, it highlights how the use of time value of money will be applied in various decision-making processes and investment evaluation in business organizations. In essence, this content provides a solid foundation for understanding capital budgeting principles.
The Fisher Effect is a concept in finance that explains the relationship between real and nominal interest rates. It suggests that investors are primarily concerned with what they can buy with their money, rather than just the growth of their investment. This session uses a practical example, such as investing $100 to buy pizzas today versus one year from now, to demonstrate how inflation affects the true rate of return on an investment. The real and nominal rates of interest are discussed, showing that the real rate of return is lower than the nominal rate due to inflation. Irving Fisher's formula for measuring the relationship between real and nominal interest rates is also explained, allowing investors to calculate their true rate of return. This includes considering compensation for inflation when investing money. A simple example is provided using a 5% growth rate on $100, resulting in $105 by the end of the year, highlighting the importance of understanding the true rate of return in making informed investment decisions.
This content covers a player's experience with a randomized Pokémon Emerald game. The map is altered to create an unpredictable environment, making navigation and strategy crucial for success. The player aims to beat the eight gyms in order, which requires careful planning and note-taking. They document their progress, including any setbacks or unexpected events that occur during gameplay. The player's approach to tackling the challenge is serious, with a focus on beating the game as efficiently as possible. As they navigate through the randomized map, they discuss their thought process and decisions made along the way. Some parts of the map prove more challenging than others, but the overall goal remains the same. The content provides insight into how a player approaches such a unique challenge and how they adapt to unexpected situations.
The subject matter of this educational content revolves around scaling wind tunnel models, which is crucial for aerodynamic testing and understanding the behavior of real-world products. The content delves into the concept of different types of similarity that can be employed to scale wind tunnel models accurately. It discusses the relevance of dimensional analysis in identifying non-dimensional groups that are essential for model scaling. Furthermore, it emphasizes the significance of matching these non-dimensional groups between a scaled-down model and its full-scale prototype to ensure accurate test results. The content also highlights the limitations and challenges associated with achieving perfect similarity, suggesting that sufficient testing can still reveal desired dimensionless functions connecting the non-dimensional groups. Additionally, it touches upon safety issues in wind tunnel handling, recognizing the importance of safe practices when working with wind tunnels and models.
This educational content delves into the Integrated Child Development Services (ICDS) program, a central government-sponsored initiative in India. The ICDS program aims to provide integrated services for preschool children, ensuring proper growth and development in rural, urban, and semi-urban areas, including slums. It targets children below 6 years old and their mothers, tackling non-nutrition issues and health problems in this age group. This program is considered a primary social welfare scheme for addressing the needs of young children and their caregivers. The content also explores silent features of family welfare programs. These include provision of essential services and supplies, development of facilities to boost female literacy rates, creating connections with other relevant ministries and departments, and using multimedia and interpersonal communication to raise awareness about important issues affecting families.
The content discusses how to handle multiple similar app objects using indexing in Appium mobile automation testing. It starts by mentioning a common error that occurs when the APM server is not stopped, and explains how to stop it by pressing CTRL-C. The importance of identifying elements uniquely is emphasized, and the use of class name as a unique identifier is discussed. The content also covers how to use X-Path with specific index to identify elements even when there are multiple instances. It provides guidance on using driver.findElement() with the class name as an argument to locate the element. Additionally, the content explains how to enter text into an edit box element without taking a screenshot of it.
The video begins with a disclaimer, followed by the hosts introducing themselves. They explain that they will be discussing how to use breakable dependencies for your advantage. Stacey and Anne share their experiences in using breakable dependencies in their work, highlighting the importance of understanding and leveraging these dependencies effectively. They emphasize that breakable dependencies are not just limited to technology but can also be applied to various aspects of life. The hosts provide practical tips and strategies on how to use breakable dependencies to achieve success in different areas, such as risk assessments, policy-making, and decision-making. They also touch on the importance of fighting dirty and fighting like a girl. Throughout the video, Stacey and Anne maintain a lighthearted and humorous tone, making the content engaging and easy to understand.
Vadim Kotov and Nick Cano present a three-way approach to unpacking malware, which they developed as an open-source tool called the 'packer attacker.' They explain that they wanted to provide a solution for independent researchers and academics to analyze malware at scale. The talk begins with background information on the topic, including the definition of 'packers' and how malware executes on a machine. The presenters then dive into the specifics of how malware unpacks and transfers control to its payload, using examples from their own research. They also discuss the importance of understanding malware at scale and the limitations of commercial solutions. Throughout the talk, Kotov and Cano provide detailed explanations of the techniques and tools used in their research.
Auto encoders are neural networks that are designed to reconstruct the original input image. In this tutorial, we will be discussing the basics of auto encoders and how they work. We will look at a few lines of code to understand how auto encoders are trained and how they can be used for noise reduction, colorization, and anomaly detection. Auto encoders are nothing but neural networks that are designed to reconstruct the original input image. When an input image goes through the auto encoding process, the dimensions are reduced down to a certain level, such as 8 by 8 or 4 by 4. The weights and biases are updated during this process, allowing the system to create a model that can tell how to take an input image and reconstruct the original image back. Auto encoders have various applications, including noise reduction in images, colorization of images, and anomaly detection. By understanding how auto encoders work, you can use them for these tasks and more. In the next upcoming videos, we will explore these applications in more detail.
The content centers around the conservation status of bats, exploring their ecological significance and the threats they face. It delves into the Friend of the Earth programs, which likely include initiatives aimed at preserving biodiversity and mitigating human impact on natural habitats. A key aspect is the Buzzword Sanctuary case study, providing insights into effective conservation practices and educational strategies for promoting environmental awareness. The presentation also touches upon the importance of marine ecosystem protection, highlighting the role of international organizations in safeguarding these delicate ecosystems. It emphasizes the need for collaborative efforts among nations to tackle global conservation challenges effectively.
The content focuses on Azure storage redundancy, which ensures protection of stored data from various failures by maintaining multiple copies. This approach guarantees that the storage account meets its availability and durability targets even in the face of failures. The discussion emphasizes the importance of considering factors such as cost, availability, and replication when deciding on a redundancy option. It also highlights how data is replicated within the primary region, which impacts the choice of redundancy level. The content assumes that viewers are familiar with Azure storage and its various options. It does not provide an in-depth exploration of these options but rather focuses on the process of selecting an appropriate one based on specific needs. This selection involves weighing the trade-off between lower costs and higher availability. The importance of data replication within the primary region is also stressed, as it directly affects this decision-making process. Additionally, the content assumes that viewers are familiar with how Azure storage accounts work and do not need a detailed explanation of these concepts.
The content begins by exploring isolated points within a set and determining that none exist in this context. However, it then discusses how certain points can be considered isolated based on their distance from other points within the set. The importance of understanding the number of points (denoted as 'n') is also highlighted, particularly when dealing with sets of two or more elements. Furthermore, the concept of limit points is introduced, which are essentially cluster points in this context. A specific example of a set in R2 is provided to illustrate these concepts. The definition of boundary points is then explained, focusing on their relation to an epsilon ball and how they satisfy certain conditions. Additionally, the content examines isolated points within R2 as boundary points, taking into account the properties of an epsilon ball surrounding such points.
Ansible Collections are bundles of automation content, including labs, tools, modules, and plugins. They can contain various types of content, such as the Cisco IOS collection, which has modules for configuring devices. Collections can be distributed via Ansible Galaxy or repositories, offering multiple installation methods. The content explains how to use the Ansible Galaxy command to install a collection automatically, providing the namespace and Collection name. Additionally, it shows how to specify a GitHub repository in a requirements file for manual installation. By default, Ansible installs collections in the user's home directory. A separate virtual environment is created with only the Ansible Core package to test manual installation methods. The content covers best practices for managing Ansible Collections and using various CLI options for their installation.
The resource covers the fundamentals of writing an APA style manuscript, including the main components that should be included. These are: title page and abstract, introduction, methods, results, discussion section, and references section. The content explains how to format these sections correctly, with a focus on times new roman 12 point font and double spacing throughout the paper. Additionally, it highlights the importance of using running heads and properly formatting author names. The resource also touches upon technical details such as header formats and page numbering requirements.
The subject of this content revolves around utilizing DAX functions within Power BI to create a comprehensive date table. It explains that automatically generated date hierarchies (year, quarter, month, day) can become limited for more complex analyses. Furthermore, it highlights the issue of hidden tables being created under the hood for each date field in the model, which could potentially overwhelm larger models. The video discusses two DAX functions used to create custom date tables: one that generates a calendar table and another that enables users to define their own custom calendars. It explores how to access these functions within Power BI's modeling area, create a new table named 'dates,' and use the 'calendar' function to generate dates based on specific criteria. The content also touches upon alternative methods of obtaining date tables from existing data warehouses or creating custom date tables that may not align with standard fiscal calendars.
Class Central Tips Welcome to Graphic Design, the second course in the Effective Communications Specialization. Over 70 different companies have provided this specialization to their employees as a resource for internal professional development. Why? Because employers know that effective visual communication is the key to attracting an audience, building a relationship, and closing the sale. This practical course gives you the tools to create professional looking PowerPoints, reports, resumes, and presentations. Using a set of best practices refined through years of experience, you’ll: • make your work look fresh and inspired. • apply simple design “tricks” to begin any project with confidence and professionalism. • receive and respond to criticism and revise your project from good to great. "This course is fantastic. It teaches a great amount of starter graphic design information but it is broken down into easily understood videos and quizzes. The quality was top notch and the interaction was as good as you would get in a brick and mortar school. I did not feel like I was missing anything by taking it online." - a recent Graphic Design student All of the course assignments can be completed with basic presentation software such as Microsoft PowerPoint, Google Slides, or Apple Keynote. You’ll also have opportunities to explore and apply more sophisticated tools, such as Adobe Photoshop, Illustrator, and InDesign. This course can be taken for academic credit as part of CU Boulder’s Master of Science in Data Science (MS-DS) degree offered on the Coursera platform. The MS-DS is an interdisciplinary degree that brings together faculty from CU Boulder’s departments of Applied Mathematics, Computer Science, Information Science, and others. With performance-based admissions and no application process, the MS-DS is ideal for individuals with a broad range of undergraduate education and/or professional experience in computer science, information science, mathematics, and statistics. Learn more about the MS-DS program at https://www.coursera.org/degrees/master-of-science-data-science-boulder.
Description English paper piecing is a method of quilting done entirely by hand, making it a great project for quilting on the go. Learn everything you need to get started from quilter Ashley Hough. Ashley will show you all of the materials you will need for English paper piecing, including fabric, a hand-sewing needle and thread, and both paper and plastic templates, which are used for cutting out the fabric. This class will cover some of the most common shapes used when doing English paper piecing, including the hexagon, clamshell, and diamond. Ashley will show you how to cut out your fabric using a template and ensure that it is larger than the paper template that the fabric will be sewn to. You will learn how to baste your fabric onto the paper using both a glue method and a hand-sewing method. Ashley will teach you how to baste different shapes, including those with straight edges, curves, and sharp points. Once you learn how to baste your fabric shapes, you will be ready to stitch your pieces together and remove the paper. You can then practice your English paper piecing with a fun, easy pattern download.
The video discusses a new approach to enumerating query answers using circuits. The speaker explains that traditional methods of query evaluation are inefficient, so they propose using intentional query evaluation instead. This involves compiling queries into tractable classes of circuits like DSDNNF, UBDDs, and others, and then evaluating the circuit to retrieve the answer. The talk covers preliminaries and states the problem formally, followed by a detailed explanation of how this approach can be used for tasks like counting, weighted counting, and probability computation. The speaker also discusses how these results can be applied to enumeration on circuits in general, and how they can be used to improve efficiency. Finally, the video concludes with a summary of the key points covered.
The video begins by introducing the new 4Q F-bit elliptic curve, a joint work of four researchers from different institutions. The speaker explains that this curve offers much higher performance than traditional curves, with evidence from benchmarks showing it to be two or three times faster. The presentation then turns to the question of how suitable this curve is for efficient hardware implementation, and the challenges that come with employing four downloads in a scale of decomposition. The speaker also mentions that 4Q was introduced by Craig Costello and Patrick Longer last year, making it a relatively new curve. The video concludes by highlighting the security offered by this curve, which is over 120 bits, thanks to its twisted Edward's curve with a cardinality of the group and a prime size of 392 times 246 bits. The speaker emphasizes that it's a very nice curve from many perspectives.
The educational content focuses on the fundamentals of visual design, highlighting its significance in product development. It discusses how visual design plays a crucial role alongside functional design in creating successful products. The principles of visual design are examined, including balancing proportions, emphasis, placement, rhythm, and unity. These concepts represent the general classes of tools used to determine the ideal arrangement of design elements for any given visual work. Color theory is also explored, with a mention of transparency's increasing integration into products. The content assumes prior knowledge of basic color principles, such as primary colors, secondary colors, and complementary colors. It encourages viewers to experiment with these concepts using tools like Microsoft's hexagon pattern feature. The educational content aims to complete the coverage of visual design elements by discussing additional principles. It provides a comprehensive overview of the essential aspects of visual design, making it an informative resource for those interested in this subject.
The topic of this content revolves around spatial models, specifically the analysis and synthesis of spatial configurations. The Fontooning model, introduced by Heinrich Fontooning in 1826, plays a central role here, as it explains how land use is determined by transport costs to market and production costs. Market prices and their impact on agricultural activities are also explored, with a focus on the idea that farmers can afford to pay for land rent based on yield. The Bitrent model, an extension of the Fontooning model, is discussed, along with its graphical representation in economic theory. The importance of distance to market in determining ideal land use and agricultural products is highlighted. Additionally, the concept of production changes after curves intersect, leading farmers to choose the product that yields the highest returns or profit. The example of Bayering and Intensive Farming demonstrates how vegetables, fruits, milk, and other products are produced closest to cities due to their need for quick transportation to market. Finally, it is noted that emerging land use patterns can form concentric rings around central markets.
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