|
马上注册,结交更多好友,享用更多功能,让你轻松玩转社区。
您需要 登录 才可以下载或查看,没有账号?注册
x
Number of Modules: 22
| Run Time: 7 hrs 2 mins
| Continuing Education Units: 0.7
| Education Reward Points: 395
|
Course Certificate : Semizone and Stanford Center for Professional Development
| Course Overview:
The PC Architecture tutorial is organized into a comprehensive set of topics that are relevant to anyone interested in how computers operate. The topics are current through the P4 generation. The tutorials use narrations, animations and a glossary to demonstrate, explain and simplify many advanced concepts. Throughout the tutorials, there are quiz questions to test learners’ understanding of the content presented. This course enables you to expand your knowledge and develop your skills and ability in Intel PC Architecture using a multimedia-rich, interactive online course. At Intel, the Systems Manufacturing Technical Training and the Technology and Manufacturing Group (TMG) Training organizations collaborated to produce a computer-based tutorial for company personnel that would increase their knowledge, skills, and abilities regarding the fundamentals of Intel’s PC Architecture. This was important for many staff working in areas such as R&D, product development, and system debug and test. Originally developed in CD-ROM format, the PC Architecture tutorial was designed both for stand-alone use and in conjunction with instructor-led short courses. Over the years, the tutorial has been used by Intel personnel at facilities around the world. Intel and MATEC collaborated to offer this tutorial and associated instructional materials to a broader audience in order to enhance overall understanding of PC Architecture. As a result, the course was subsequently converted the tutorial for online delivery. At the same time, MATEC has worked with Intel subject matter experts to update the material to reflect the Pentium-4 technology. The result is this tutorial brought to you by Semizone through a collaboration with MATEC and Intel, a unique, multimedia interactive learning experience. By taking this course, learners will be able to apply basic knowledge of PC Architecture to understanding, assembling, programming, maintenance, and repair of computer systems. Learning Objectives:
- PC block diagram & components; Intel microprocessors; CPU buses; Pentium single & burst bus cycles
- Generic Decode Logic; 32-bit registers; bus cycles; Base, Reserved, High & Extended Memory areas
- Memory access in Real mode vs. Protected mode; standard I/O address; system hardware, BIOS, and O/S
- The POST and the BIOS functions; events for the CPU instructions; ISA bus; DRAM chips
- Memory modules; DRAM refresh; cache sub-system; cache operations; cache read/write’
- Polling & interrupts; sources of interrupts & interrupt events; Nonmaskable Interrupt; Real Time Clock (RTC)
- Direct Memory Access; DMA data transfer events; serial port; serial framing protocol; RS-232 transmit
- Serial infrared interface; modem; Standard Parallel Port (SPP); Loopback testing hardware for parallel ports
- IEEE 1284; Universal Serial Bus; diskette tracks & sectors; Floppy Disk Controller; DOS floppy disk boot process
- IDE hard drives; Enhanced IDE; IDE disk drive physical interface; CD-ROM; DVD-ROM; SCSI
- PC audio/video; PC display adapter; video display modes; video buffer data; Assembly Language
Who should take the course:
- Anyone who wants a good, fundamental introduction to how a computer works in detail will benefit from taking the PC Architecture course.
- This tutorial is designed for those involved with computers in a technical capacity:
- Engineers, technicians, and programmers
- Information technology specialists
- Computer security staff
- Technical marketing personnel and technical writers
- Students studying electronics, digital systems, computer programming, and or computer maintenance and repair.
| |
Learning Modules | Title | Duration | Module 0 - Overview | 1 mins | Module 1 - PC Architecture Fundamentals | 27 mins | Module 2 - 32-Bit Arcitecture Processors | 34 mins | Module 3 - Memory and I/O Maps | 30 mins | Module 4 - Non-Volatile Memory (BIOS) | 17 mins | Module 5 - Bus Standards: ISA and PCI | 19 mins | Module 6 - DRAM | 15 mins | Module 7 - SRAM and Cache | 20 mins | Module 8 - Interrupts | 21 mins | Module 9 - Timers and Controllers | 24 mins | Module 10 - Direct Memory Access | 24 mins | Module 11 - Serial Ports | 18 mins | Module 12 - Parallel Ports | 16 mins | Module 13 - USB | 10 mins | Module 14 - Floppy Disk Controller | 21 mins | Module 15 - IDE Hard Drives | 15 mins | Module 16 - CD-ROM | 12 mins | Module 17 - SCSI | 18 mins | Module 18 - Audio | 21 mins | Module 19 - Video | 25 mins | Module 20 - Assembly Language | 19 mins | Module 21 - Technology Trends | 15 mins |
[ 本帖最后由 benemale 于 2009-1-23 11:05 编辑 ] |
|