Top Research Papers on Embedded Systems

The present invention detects a fault in a function that is provided via hardware upon an apparatus having a variety of components, such as a CPU and an FPGA, capable of changing content to be processed at the application level.

This article presents a brief overview of key topics for research and development in embedded systems with respect to specification techniques and modeling, embedded hardware, standard software, evaluation and validation, mapping of applications to execution platforms, optimizations and testing.

The embedded systems industry is at an important inflection point: analysts see embedded Internet systems poised for a major surge in growth, largely driven by Internet phones, gaming devices, and smart handheld communications devices.

The embed memorizer and the embedded memorizer system can avoid poor memorizer capacity expansion caused by the fact that theembed memorizer has no redundant NAND flash memory interface to be connected with the off-chip Nand flash memory.

This is the story of how EDSLs provided the productivity and safety gains to do large-scale low-level embedded programming and lessons learned in doing so.

The challenges security processing poses to embedded system architects, integrators, HW designers, HW engineers, and SW engineers are discussed in the context of a specific application domain, namely resource-constrained wireless embedded systems.

The embedded memory and embedded memory systems, can solve the poor scalability problems storage capacity due to the absence of externalflash memory interface connected to the external flash memory in embedded memory.

This paper describes unique characteristic of embedded operating system and its development prospect and does the detailed introduction to embedded Linux operating system.

The candidate will be asked to read each task completely before starting to write the answer, and to cross out completely and clearly all invalid answers.

This paper points out the differences between embedded system and component-based technology, and thinks that the development of embedded system needs component technology standards which can be used in big range.

Embedded systems are one of the foundational elements of today’s evolving and growing computer technology and give us the ability to put increasing amounts of capability into ever-smaller and more powerful devices.

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The term embedded computer has come to denote a computer that is physically embedded within a larger system and whose primary purpose is to maintain some property or relationship among the other components of the system in order to achieve the overall system objective.

The embedded systems handbook is universally compatible later than any devices to read, allowing you to acquire the most less latency period to download any of the authors' books subsequent to this one.

The Embedded Systems Handbook, Second Edition presents a comprehensive view on this area of computer engineering with a currently appropriate emphasis on developments in networking and applications.

The Embedded Systems Handbook, Second Edition presents a comprehensive view on this area of computer engineering with a currently appropriate emphasis on developments in networking and applications.

The invention discloses a guiding system of an embedded system, which comprises a first storage area in the embedded system and an upgradeable guiding program stored in the area.

According to the debugging system for the embedded system, the downloading speed of a program file to be debugged in a debugging process is increased, and the service life of thedebugging system is prolonged.

A further feature of vertexon limits is that they provide a form of node population density which extends the local agent population aspect of embedded GMFG systems.

“tinyML” helps the industry out in power consumption and deployability of a server computer, and has never been so easy to access before.

How Windows and Linux are extending their competition for the desktop to cell phones and set-top boxes in the form of embedded microprocessor systems is described and questions whether traditional embedded operating systems are up to the challenge.

Today’s embedded systems technology should be presented in a neutral way, not as a collection of facts and tricks, as in many of the recent trends in, but as a cornerstone to a better design experience.

A miniaturized, endoscopically deliverable thermal cautery probe for cauterizing internal vessels and cleaning blood from the tissue to be coagulated to make the source of blood more readily visible.

This paper analyzes the characteristics and components of an Embedded Simulator, and then uses Skyeye to introduce how the Embedded Simulating System is used.

The EOC (Embedded Object Concept) and the Atomi II Framework decreases the difficulty level of making embedded systems by enabling a use of ready-made modules to build systems and enables an automatic production tester generation due to its modularity.

All embedded systems need high performance and high energy efficiency for their faster real-time task execution and these can be achieved only with the implementation of new innovative technology on higher level than the processor, power battery and standardized test by the EDN Embedded Microprocessor Benchmark Consortium.

The basic component of embedded intelligent controller is introduced from two aspects: the principle of hardware and the system structure of software.

In the middle of the last decade, there was a large gulf between embedded systems and general-purpose computing, and those working in embedded systems were usually insufficiently aware of progress in computing that could be applied to what they were doing, and felt that theirs was a discipline apart.

The existing courses, the design and development of multi-disciplinary group projects, implementation of these projects, and lessons learned in the beta test of this design are discussed.

This lesson would be able to identify applications where on-line testing are required for embedded systems and distinguish among concurrent and non-concurrent testing and their relations with BIST and on- line testing.

Two operating systems are developed to increase the robustness of embedded systems even if applications contain serious bugs and enhances the resource management of embedded Linux.

This paper presents an ongoing work on developing a novel Android-based Mobile Sensory System Labware that is open source Android device based with short learning curve, portable, affordable, and easily adoptable.

The challenges in Embedded Systems security, pertaining to node hardware and software as well as relevant network protocols and cryptographic algorithms are presented, recent advances in the field are presented and opportunities for future research are identified.

Gernot Heiser's research interests include microkernels and microkernel-based systems, operating systems for embedded systems, and OS-level power management, as well as general performance and scalability issues in operating systems.

The Embedded Systems Handbook, Second Edition presents a comprehensive view on this area of computer engineering with a currently appropriate emphasis on developments in networking and applications.

The switching between master/backup main control boards is quickly completed when the main control board of the embedded system fails, and services can be reliably and timely recovered.

A key feature of ACFSMs is that transitions, in general, consume multiple events from the same input signal and produce multiple events to the same output signal (multirate transitions).

The Rapid Embedded Systems Prototyping (RESP) approach aimed at accelerating the development of novel, experimental, and proof-of-concept implementations of embedded devices based on micro controllers and Field Programmable Gate Array (FPGA) chips is introduced.

A modular approach for programming embedded systems with the octopus method and a design notation and toolset for high-performance embedded systems development are presented.

This co-simulation computer system has a plurality of simulators that operate in cooperation with each other that includes an input buffer and an output buffer that are correspondingly disposed on the input side and output side of a simulator being validated.

This work will focus on optimizing design metrics and discussing the three key technologies that underpin embedded system development.

The power of Modelica in the area of realtime control is improved significantly and a new, free library - Modelica_EmbeddedSystems - is presented that provides a convenient user interface to the new language elements.

A modelling method for a non-linear system which is based on a multi-point linear approximation for a model predictive control (MPC) purpose and gives promising direction of a algorithm design for the embedded systems (ES).

The definition and hardware structures of the embedded system are introduced and several embedded microprocessor units and their application fields are presented.

It can be concluded that this embedded expert system presented in this paper is able to realize the realtime control.

After introducing the common use of embedded system, the definition and composition of embedding system is given and there are some prospects of the future of embedded systems.

The hypothesis is that functional survivability can be achieved with embedded devices open to dynamic reconfiguration and a combination of language techniques, component-based programming, traditional dynamic reconfigured mechanisms, and the use of an area controller that coordinates reconfigurations.

The emphasis is on using UMLIMARTE elements for the description of networked embedded systems to allow re-use, tool interoperability and documentation generation.

The artificial intelligence embedded in automobiles, prevent and indicate accidents is proposed to be used to prevent and indicate accidents in automobiles.

The supervised learning algorithm to perform predicative data analytics in Embedded Test System at the Nordic Engineering Partner company is presented and the prediction models that are fitted achieve high accuracy.