Titlebook: VLSI Design and Test for Systems Dependability; Shojiro Asai Book 2019 Springer Japan KK, part of Springer Nature 2019 CREST Program.Error

消散

Design and Development of Electronic Systems for Quality and Dependabilityiple phases of the life of an electronic system are described: design, verification, prototyping, test, validation/certification, operation in the field, and finally, retirement. Among these, the specific process in the design of risk analysis and dependability engineering is highlighted as the cent

Maximize

Radiation-Induced Soft Errorsted by using the MONTE CARLO simulator PHITS. (ii) RHBD (Radiation-Hardened By Design) FFs hardened by using specially designed redundant techniques are extensively evaluated. BCDMR (Bistable Cross-Coupled Dual Modular Redundancy) FFs is proposed in order to avoid MCU (Multi-Cell Upset) impacts on F

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Electromagnetic Noisesasitic impedance in a chip-package-board combined power delivery network (PDN).Electromagnetic susceptibility (EMS) of IC chips against incoming radio frequency high-power disturbance is discussed in Sect. .. Static random access memory (SRAM) cores are chosen for demonstrating EMS evaluation based

arthroscopy

Variations in Device Characteristics circuits for variability measurement and performance compensation by localized body biasing are proposed and verified by silicon measurements. In Sects.?. and ., two techniques for predicting and preventing timing faults during runtime are introduced. The first technique in Sect.?. relies on accura

nerve-sparing

Connectivity in Wireless Telecommunicationsency. In this chapter, we will discuss heterogeneous wireless network that is combination of multiple wireless systems, e.g., cellular phone system, Wi-Fi, and wireless personal area network (WPAN) for realizing high-connectivity wireless network. The technology base that we have developed to enable

novelty

態(tài)學(xué)

Responsiveness and Timing is capable of pre-emptive multiple-thread computation on demand and noise-immune communications between distributed sensor–actuator nodes. This architecture, called RMTP (Real-Time Multithread Processor), has been implemented in compact 3-D modules and made available for academic uses along with th

Ambiguous

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COWER

Unknown Threats and Provisions i.e., server, storage, and communications, and discusses relevant emerging requirements. In Sect. ., the concept of “patchable hardware and rectification for post-Silicon validation” is introduced. Section?. deals with collecting the field test data for preventive maintenance and potentially for po