Overview Introduction - Overview of Phases - Requirements Engineering / Specification - Formal Specification - Algebraic Specification Methods
38 Lessons
35:14:30 Hours
Overview Digital Computer Organization, CPU Design, Timing and Control, Micro-programmed Control, Pipeline Concept, Pipeline CPU, Memory Organization, Cache Memory Architecture, RAM Architecture, DAM Architecture Buffer Cache and Secondary Storage Organization.
28 Lessons
20:47:51 Hours
Overview Introduction, Digital Logic, Boolean Algebra, Boolean Function Minimization, Design of Combinational Circuits, Logic Design with PLA, Synchronous Sequential Circuit Design, Finite State Machine Design, Programmable Logic Devices, Design of Computer Instruction Set and the CPU.
40 Lessons
39:55:56 Hours
Overview Introduction-Operators and operands; statements; branching, conditionals, and iteration-Common code patterns: iterative programs
24 Lessons
19:48:58 Hours
Overview Overview and Introduction to Lisp - Procedures and Processes; Substitution Model - Higher-order Procedures - Compound Data - Henderson Escher Example - Symbolic Differentiation; Quotation - Pattern Matching and Rule-based Substitution - Generic Operators - Assignment, State, and Side-effect - Computational Objects - Streams - Metacircular Evaluator - Logic Programming - Register Machines - Compilation - Storage Allocation and Garbage Collection
20 Lessons
21:49:31 Hours
Overview Naming - Fault Isolation with Clients and Servers - Virtualization and Virtual Memory - Virtual Processors: Threads and Coordination - Performance - Introduction to Networks - Layering and Link Layer - Network Layer, Routing - End-to-end Layer - Congestion Control - Distributed Naming - Reliability - Atomicity Concepts - Recoverability - Isolation - Transactions and Consistency - Multi-site Atomicity - Security Introduction - Authentication - Authorization and Confidentiality - Advanced Authentication - Complex, Trusted Systems
22 Lessons
18:13:06 Hours
Computer Systems Laboratory Colloquium is a Stanford University course that features weekly speakers on current research and developments in computer systems. Topics touch upon all aspects of computer science and engineering including logic design, computer organization and architecture, software engineering, computer applications, public policy, and the social, business, and financial implications of technology.
22 Lessons
26:35:17 Hours
Overview This is the introductory course for computer science at UNSW. This course consists of three strands: programming, systems, and general computer
50 Lessons
39:19:44 Hours
Overview This is the third computing course taken by undergrads at UNSW. OO Design, Algorithm Design, using java.
3 Lessons
01:58:55 Hours