Workload Characterization of Emerging Computer Applications
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Alessandra Russo. The 19 papers presented in this volume were carefully reviewed and selected from 63 submissions. The papers are organized in topical sections named: model-based software development; distributed program and system analysis; software design and verification; specification and program testing; family-based software development. Ana Lucia Varbanescu.
The 28 revised full papers presented were carefully reviewed and selected from the lectures given at 5 of these workshops. The papers address topics ranging from novel memory architectures to emerging application design and performance analysis and encompassed the following workshops: A4MMC, applications for multi- and many-cores; AMAS-BT, 3rd workshop on architectural and micro-architectural support for binary translation; EAMA, the 3rd Workshop for emerging applications and many-core architectures; WEED, 2nd Workshop on energy efficient design, as well as WIOSCA, the annual workshop on the interaction between operating systems and computer architecture.
Adeel Javed. Gain a strong foundation of Arduino-based device development, from which you can go in any direction according to your specific development needs and desires. You'll build Arduino-powered devices for everyday use, and then connect those devices to the Internet. For Arduino enthusiasts, this book not only opens up the world of IoT applications, you will also learn many techniques that likely would not be obvious if not for experience with such a diverse group of applications What You'll Learn Create an Arduino circuit that senses temperature Publish data collected from an Arduino to a server and to an MQTT broker Set up channels in XivelyUsing Node-RED to define complex flows Publish data visualization in a web appReport motion-sensor data through a mobile appCreate a remote control for house lightsSet up an app in IBM BluematrixWho This Book Is For IoT device enthusiasts of all ages will want this book by their side when developing Android-based devices.
Proceedings, Part 1. As future-generation information technology, information computing and applications become specialized, information computing and applications - cluding hardware, software, communications and networks are growing with ever-increasing scale and heterogeneity and becoming overly complex.
The c- plexity is getting more critical along with the growing applications. To cope with the growing and computing complexity, information computing and applications focus on intelligent, selfmanageable, scalable computing systems and applications to the maximum extent possible without human intervention or guidance. With the rapid development of information science and technology, infor- tion computing has become the third approach of science research.
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Information computing and applications is the? In practical use, it is typically the application of c- puter simulation, intelligent computing, internet computing, pervasive comp- ing, scalable computing, trusted computing, autonomy-oriented computing, evolutionary computing, mobile computing, computational statistics, engine- ing computing, multimedia networking and computing, applications and other forms of computation problems in various scienti? Information computing and applications is an important underpinning for techniques used in information and computational science and there are many unresolved problems that address worth studying.
Similar ebooks. Performance Evaluation and Benchmarking. Lizy Kurian John. Computer and microprocessor architectures are advancing at an astounding pace. However, increasing demands on performance coupled with a wide variety of specialized operating environments act to slow this pace by complicating the performance evaluation process. Carefully balancing efficiency and accuracy is key to avoid slowdowns, and such a balance can be achieved with an in-depth understanding of the available evaluation methodologies.
Performance Evaluation and Benchmarking outlines a variety of evaluation methods and benchmark suites, considering their strengths, weaknesses, and when each is appropriate to use.
Following a general overview of important performance analysis techniques, the book surveys contemporary benchmark suites for specific areas, such as Java, embedded systems, CPUs, and Web servers. Subsequent chapters explain how to choose appropriate averages for reporting metrics and provide a detailed treatment of statistical methods, including a summary of statistics, how to apply statistical sampling for simulation, how to apply SimPoint, and a comprehensive overview of statistical simulation.
The discussion then turns to benchmark subsetting methodologies and the fundamentals of analytical modeling, including queuing models and Petri nets. Three chapters devoted to hardware performance counters conclude the book. Supplying abundant illustrations, examples, and case studies, Performance Evaluation and Benchmarking offers a firm foundation in evaluation methods along with up-to-date techniques that are necessary to develop next-generation architectures.
But How Do It Know? Clark Scott. This book thoroughly explains how computers work. It starts by fully examining a NAND gate, then goes on to build every piece and part of a small, fully operational computer. The necessity and use of codes is presented in parallel with the apprioriate pieces of hardware. The book can be easily understood by anyone whether they have a technical background or not. It could be used as a textbook.
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Kelsey Hightower. Legend has it that Google deploys over two billion application containers a week. Google revealed the secret through a project called Kubernetes, an open source cluster orchestrator based on its internal Borg system that radically simplifies the task of building, deploying, and maintaining scalable distributed systems in the cloud.
A Workload Characterization for the Internet of Medical Things (IoMT)
This practical guide shows you how Kubernetes and container technology can help you achieve new levels of velocity, agility, reliability, and efficiency. Explore the distributed system challenges that Kubernetes addressesDive into containerized application development, using containers such as DockerCreate and run containers on Kubernetes, using the docker image format and container runtimeExplore specialized objects essential for running applications in productionReliably roll out new software versions without downtime or errorsGet examples of how to develop and deploy real-world applications in Kubernetes.
Arduino For Dummies. John Nussey. As demonstrated in Figure 1, PRISM abstracts the underlying hardware platform and provides users with customizable workload characteristics at the desired granularity. Granularity is conconfigurable by the user to suit the study at hand. This feature can substantially speedup workload studies by zooming out during non-salient regions and zooming in during regions of interest. Internally, PRISM leverages the appropriate profiling methodologies, or front-ends, to generate the event stream for the given hardware platform with a modular infrastructure.
Tufts Computer Architecture Laboratory. Skip to content. Hempstead Publications Software Tools. PRISM: Flexible Workload Characterization Understanding the communication—the movement of data, control signals, and synchronization primitives—within applications and hardware is key to achieving performance and efficiency. There are four primary features of PRISM: Efficient, multi-platform workload characterization and trace generation supporting modern general-purpose, many-core, and heterogeneous architectures An architecture-agnostic representation that captures multi-threaded synchronization dependencies and heterogeneous behaviors, both CDFG and event-trace representations are supported A flexible representation capable of capturing both high-level workload communication and also low-level communication and computation patterns A unified developer interface to create workload analysis tools agnostic of the underlying platform.
We focus on workload characterization of big data and cloud workloads and design of high performance and energy-efficient architectures for them. As microprocessors move from the multi-core to the many-core era, the Von Neumann memory bottleneck is becoming more critical. For instance, the SPARC server platform roadmap to projects a 32X increase in the number of threads in 5 years. To be able to leverage such abundant computing power, it is important to design efficient memory subsystems.
We are also investigating new structures to make the memory hierarchy efficient. One important ongoing research project is the i-MIRROR project that utilizes Hybrid Memory cube die-stacked memory integrated into the memory hierarchy. Selected regions from the main DRAM are mirrored into the die-stack using a software managed technique.
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Microarchitectural techniques to assist the operating system for efficient management of i-MIRROR are being investigated. Workload characterization and identification of bottlenecks allows computer architects to design computer systems that yield high performance, energy-efficient operation and reliability. Our research group focuses on workload characterization of emerging application domains and emerging processor architectures.
Understanding the nature of programs and the workload behavior leads to the design of improved computer architectures. In our past research, we developed methodologies to characterize applications at an abstract level, which allow us to identify the generic properties of the application in terms of its memory access behavior, locality, branch behavior, instruction level parallelism, etc. We also characterized multicore workloads to identify sharing and synchronization characteristics of multiprocessor workloads. Utilizing the abstract metrics of program behavior, a machine-independent program behavior model can be generated.
The clustering techniques were used in benchmark selection and subsetting. Currently, we are working on emerging workloads including cloud computing, big data workloads, mobile and embedded workloads. Modern high performance processors contain hundreds of millions of transistors, and are very complex. It is extremely difficult to perform pre-silicon estimation of performance and power of such designs for real-world workloads, however, without which, it is impossible to identify good design points early in the design process.
Prior performance validation efforts have usually used handwritten micro-benchmarks that are too small to approximate the performance of real world workloads.