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ARM system-on-chip architecture

Permalink: http://skupni.nsk.hr/Record/fer.KOHA-OAI-FER:38325/TOC
Glavni autor: Furber, Stephen B. 1953- (-)
Vrsta građe: Knjiga
Jezik: eng
Impresum: New York : Addison-Wesley, 2000.
Predmet:
RISC microprocessors.
Computer architecture.
Sadržaj:
  • 1.
  • An Introduction to Processor Design.
  • Processor architecture and organization.
  • Abstraction in hardware design.
  • MU0 - a simple processor.
  • Instruction set design.
  • Processor design trade-offs.
  • The Reduced Instruction Set Computer.
  • Design for low power consumption
  • 2.
  • The ARM Architecture.
  • The Acorn RISC Machine.
  • Architectural inheritance.
  • The ARM programmer's model.
  • ARM development tools
  • 3.
  • ARM Assembly Language Programming.
  • Data processing instructions.
  • Data transfer instructions.
  • Control flow instructions.
  • Writing simple assembly language programs
  • 4.
  • ARM Organization and Implementation.
  • 3-stage pipeline ARM organization.
  • 5-stage pipeline ARM organization.
  • ARM instruction execution.
  • ARM implementation.
  • The ARM coprocessor interface
  • 5.
  • The ARM Instruction Set.
  • Exceptions.
  • Conditional execution.
  • Branch and Branch with Link (B, BL).
  • Branch, Branch with Link and eXchange (BX, BLX).
  • Software Interrupt (SWI).
  • Data processing instructions.
  • Multiply instructions.
  • Count leading zeros (CLZ - architecture v5T only).
  • Single word and usigned byte data transfer instructions.
  • Half-word and signed byte data transfer instructions.
  • Multiple register transfer instructions.
  • Swap memory and register instructions (SWP).
  • Status register to status register transfer instructions.
  • General register to status register transfer instructions.
  • Coprocessor instructions.
  • Coprocessor data operations.
  • Coprocessor data transfers.
  • Coprocessor register transfers.
  • Breakpoint instruction (BRK -architecture v5T only).
  • Unused instruction space.
  • Memory faults.
  • ARM architecture variants
  • 6.
  • Architectural Support for High-Level Languages.
  • Abstraction in software design.
  • Data types.
  • Floating-point data types.
  • The ARM floating-point architecture.
  • Expressions.
  • Conditional statements.
  • Loops.
  • Functions and procedures.
  • Use of memory.
  • Run-time environment
  • 7.
  • The Thumb Instruction Set.
  • The Thumb bit in the CPSR.
  • The Thumb programmer's model.
  • Thumb branch instructions.
  • Thumb software interrupt instruction.
  • Thumb data processing instructions.
  • Thumb single register data transfer instructions.
  • Thumb multiple register data transfer instructions.
  • Thumb breakpoint instruction.
  • Thumb implementation.
  • Thumb applications
  • 8.
  • Architectural Support for System Development.
  • The ARM memory interface.
  • The Advanced Microcontroller Bus Architecture (AMBA).
  • The ARM reference peripheral specification.
  • Hardware system prototyping tools.
  • The ARMulator.
  • The JTAG boundary scan test architecture.
  • The ARM debug architecture.
  • Embedded Trace.
  • Signal processing support
  • 9.
  • ARM Processor Cores.
  • Arm7tdmi.
  • Arm8.
  • Arm9tdmi.
  • Arm10tdmi.
  • Discussion
  • 10.
  • Memory Hierarchy.
  • Memory size and speed.
  • On-chip memory.
  • Caches.
  • Cache design - an example.
  • Memory management
  • 11.
  • Architectural Support for Operating Systems.
  • The ARM system control coprocessor.
  • CP15 protection unit registers.
  • ARM protection unit.
  • CP15 MMU registers.
  • ARM MMU architecture.
  • Synchronization.
  • Context switching.
  • Input/Output
  • 12.
  • ARM CPU Cores.
  • The ARM710T, ARM720T and ARM740T.
  • The ARM810.
  • The StrongARM SA-110.
  • The ARM920T and ARM940T.
  • The ARM946E-S and ARM966E-S.
  • The ARM1020E
  • 13.
  • Embedded ARM Applications.
  • The VLSI Ruby Advanced Communication Processor.
  • The VLSI ISDN Subscriber Processor.
  • The OneC VWS22100 GSM chip.
  • The Ericsson - VLSI Bluetooth Baseband Controller.
  • The ARM7500 and ARM7500FE.
  • The ARM7100.
  • The SA-1100
  • 14.
  • The AMULET Asynchronous ARM Processors.
  • Self-timed design.
  • Amulet1.
  • Amulet2.
  • AMULET2e.
  • Amulet3.
  • The DRACO telecommunications controller.
  • A self-timed future?

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