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Table of Contents
Contents:
  1. Embedded Systems Design with FPGAs
  2. FPGA Design for Embedded Systems Specialization (Coming Soon)
  3. Recommended for you
  4. Using FPGAs in embedded systems

If you only want to read and view the course content, you can audit the course for free. More questions? Visit the Learner Help Center. Browse Chevron Right.

Physical Science and Engineering Chevron Right. Electrical Engineering.

Embedded Systems Design with FPGAs

Offered By. Graduation Cap. University of Colorado Boulder. About this Course 52, recent views. Flexible deadlines. Flexible deadlines Reset deadlines in accordance to your schedule. Intermediate Level. Hours to complete. Available languages.

Internal Architecture of FPGA

English Subtitles: English. Learners taking this Course are. Chevron Left. Syllabus - What you will learn from this course. Video 9 videos. Course Introduction 1m. Course Overview 6m. Welcome to the world of programmable logic and FPGA design 1m.


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  • The Metal¬†-¬†Carbon Bond: Volume 5 (1989)?
  • FPGA Design Services?
  • Embedded and FPGA-Based System Design Research Lab.
  • Embedded Systems Design With Platform Fpgas Principles And Practices.
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A Brief History of Programmable Logic 9m. CPLD Architecture 5m.

FPGA Design for Embedded Systems Specialization (Coming Soon)

LUTs for Logic Design 2m. Designing Adders 6m. Designing Multipliers 3m. Reading 4 readings. About This Course 10m. Hardware Requirements 10m. Springer Professional.

Recommended for you

Back to the search result list. The rate of improvement in the single-thread performance of conventional central processing units CPUs has decreased significantly over the last decade. This is mainly due to the difficulties in obtaining higher clock frequencies. As a consequence, the focus of development has shifted to multi-threaded execution models and multi-core CPU designs instead.

Unfortunately, there are still many important algorithms and applications that cannot easily be rewritten to take advantage of this new computing paradigm. Thus, the performance gap between parallelizable algorithms and those depending on single-thread performance has widened significantly.

Application-specific hardware accelerators with optimized pipelines are able to provide improved single-thread performance but have only limited flexibility and require high development effort compared to programming software-programmable processors SPPs. Computer arithmetic is predominantly performed using binary arithmetic because the hardware implementations of the operations are simpler than those for decimal computation.

However, many decimal fractions cannot be represented exactly as binary fractions with a finite number of bits. Transistor aging due to negative bias temperature instability NBTI and hot carrier injection HCI is a major reliability issue for aggressive device downscaling at nanoscale. State-of-the-art FPGA chips, which use most recent CMOS technologies and smallest feature sizes to meet high-performance demands, are at the front line to face this problem.

In this chapter, we present the design and mapping of a low-cost logic-level aging sensor for FPGA-based designs. The mapping of this sensor is designed to provide controlled sensitivity, ranging from a warning sensor to a late transition detector. We also provide a selection scheme to determine the most aging-critical paths at which the sensor should be placed. The functionality of the sensor has been verified on a Virtexbased board.

Using FPGAs in embedded systems

Complex event processing CEP is a new computing paradigm that extracts meaningful information from a sequence of events in real-time application domains. Existing software-based CEP systems, however, suffer from poor event processing performance because such real-time application domains require high performance. Recent promising approaches would seem to be use of FPGAs in order to accelerate event processing performance.

This chapter presents an efficient complex event processing framework, designed to process a large number of sequential events on FPGAs. Key to the success of our work is logic automation generated with our C-based event language. With this language, we have achieved both higher event processing performance and higher flexibility for application designs than those with SQL-based CEP systems.

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