Titlebook: Design of Systems on a Chip: Design and Test; Ricardo Reis,Marcelo Lubaszewski,Jochen A.G. Jess Book 2007 Springer-Verlag US 2007 FPGA.Fie

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Synthesis of FPGAs and Testable ASICs,ring their designs using hardware description languages such as VHDL and Verilog. The designs are then most often synthesized into programmable logic components such as field-programmable gate arrays (FPGAs) offered by Xilinx, Altera, Actel and others. This approach places the emphasis on high-level

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Testable Design and Testing of Microsystems,hallenge for testing these devices. Although many concepts can be applied which have already been developed for testing boards and ICs, also new aspects like sensor/actuator testing have to be considered. The choice which of the many approaches is most adequate turns out to be very application depen

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Embedded Core-based System-on-Chip Test Strategies,d cores enables the design of high-complexity systems-on-chip with densities as high as millions of gates on a single die. The increase in the use of pre-designed IP cores in system-chips adds to the complexity of test. To test system-chips adequately, test solutions need to be incorporated into ind

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Agility

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Core Architectures for Digital Media and the Associated Compilation Techniques,alance between flexibility and speed performance of the various hardware-platforms. The competition is between standard processors like the new generations of the Pentium (as ‘‘superscalar’’ representatives), possibly enhanced with add-ons like MMX, or, alternatively, the TRIMEDIA, (a VLIW represent

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Past, Present and Future of Microprocessors,ssors are overtaking all kinds of computers. Minicomputer lines started using microprocessors during 1980s; mainframe and Unix lines during the 1990s and super-computers during this decade. In this extraordinary evolution, these devices have used all technical innovations that had been conceived for