Tron Project 1988: Open-Architecture Computer Systems

ISBN-13: 9784431680833 / Angielski / Miękka / 2011 / 385 str.

Ken Sakamura

Opis

It has been almost 5 years since the inauguration of the TRON project, a concept first proposed by Dr. K. Sakamura of the University of Tokyo. The TRON Association, which was founded as an independent organization in March 1988, has been taking over the activities of the earlier TRON Association, which was a division of Japan Electronic Industry Development Association (JEIDA). It has been expanding various operations to globalize the organizations activities. The number of member companies already exceeds 100, with increasing participation from overseas companies. It is truly an awaring historical event that so many members with the same qualifications and aims engaged in the research and development of the computer environment could be gathered together. The TRON concept aims at the creation of a new and complete environment beneficial to both computer and mankind. It has a very wide scope and great diversity. As it includes the open architecture concept and as the TRON machine should be able to work with various foreign languages, the TRON is targetted to be used internationally. In order for us to create a complete TRON world, at though there are several TRON products already on the market, continuous and aggressive participation from as members together with concentration as further development are indispensable. We, the TRON promoters, are much encouraged by such a driving force.

Spis treści

1: TRON System Architecture.- TRON Universal Language System.- Design of MTRON: Construction of HFDS.- 2: ITRON.- HI8:A Realtime Operating System with µ-ITRON Specification for the H8/500.- MR7700: An Implementation of µ-ITRON Specification on 16-bit Single-Chip Microcontroller.- An Integrated Embedded Systems Software Development Environment for ITRON.- 3: BTRON.- TACL: TRON Application Control-Flow Language.- Natural Language Translation Services in BTRON.- A Study on Video Manager of the BTRON Specification.- The Type Mechanism of the TIPE/L Programming Language.- 4: CTRON.- Perspectives on CTRON.- CTRON Reference Model.- Design of the CTRON Communication Control Interface.- Design of CTRON Execution Control Interface.- Enhancement of the CTRON Kernel Interface.- An Implementation of the CTRON Basic OS.- An Implementation of CTRON Basic OS on a Lap-Top Workstation.- 5: TRONCHIP.- Architectural Features of OKI 32-Bit Microprocessor.- Design Considerations of the Matsushita 32-Bit Microprocessor for Real-Memory Systems.- An Examination of the Fundamental Configuration of the Microprocessor for Virtual Memory Systems.- Implementation and Evaluation of the TRONCHIP Specification for the TX1.- A Floating Point Processing Unit for the Gmicro CPU.- High Performance Bus Interface of Gmicro/300.- A 40 MB/s 32-Bit DMA Controller with 3411 Product Terms PLA.- Development of a C Compiler for Gmicro Micro Processor Based on TRON Architecture.- Development Support System for TX Series.- An Integrated Software Development Toolkit for the GMICRO/200.- List of Contributors.- Keywords Index.