Lehrinhalte
- Architecture of Microprocessors: programming in assembly and machine language, addressing modes, tool flows, run-time environment
- Microarchitecture: instruction set and architectural state, performance analysis, microarchitectures with single-cycle/multi-cycle/pipelined execution, exception handling, advanced microarchitectures
- Memory and I/O-Systems: performance analysis, caches, virtual memory, I/O techniques, standard interfaces
Literature
Literatur recommendations will be updated regularly, an example might be:
Harris/Harris: Digital Design and Computer Architecture
Voraussetzungen
Recommended: Participation of lecture Digitaltechnik respectively according knowledge.
- Architecture of Microprocessors: programming in assembly and machine language, addressing modes, tool flows, run-time environment
- Microarchitecture: instruction set and architectural state, performance analysis, microarchitectures with single-cycle/multi-cycle/pipelined execution, exception handling, advanced microarchitectures
- Memory and I/O-Systems: performance analysis, caches, virtual memory, I/O techniques, standard interfaces
Literature
Literatur recommendations will be updated regularly, an example might be:
Harris/Harris: Digital Design and Computer Architecture
Voraussetzungen
Recommended: Participation of lecture Digitaltechnik respectively according knowledge.
Semester: ST 2021