ÆÕͨ¸ßµÈ½ÌÓý¡°Ê®ÈýÎ塱¹æ»®½Ì²ÄCONTROL NETWORK TECHNOLOGY

1 Introduction
1£®1 Enterprise integrated automation system
1£®1£®1 A layered architecture
1£®1£®2 Field control system
1£®1£®3 Process control system
1£®1£®4 Manufacturing execution system
1£®1£®5 Enterprise resource planning
1£®2 Overview of computer networks
1£®2£®1 Terminal-oriented computer network
1£®2£®2 Packet switching network
1£®2£®3 The function and application of computer network
1£®2£®4 Open standardized network
1£®3 Overview of industrial fieldbus
1£®3£®1 Control network and field bus
1£®3£®2 Industrial data communication
1£®3£®3 Early bus technology
1£®3£®4 New structure of control system
1£®3£®5 The advantage of the control system to the network
Problems

2 Data Communication Foundation
2£®1 Basic data communication theory
2£®1£®1 Basic concepts
2£®1£®2 Fourier analysis
2£®1£®3 Bandwidth-limited signals
2£®1£®4 The maximum data rate of a channel
2£®2 Signal transmission modes
2£®2£®1 Band transmission
2£®2£®2 Serial and parallel transmission
2£®2£®3 Asynchronous and synchronous transmission
2£®2£®4 Simplex£¬ half-duplex and full-duplex transmission
2£®3 Channel
2£®3£®1 Channel classification
2£®3£®2 Main technical indicators of the channel
2£®3£®3 Modulation
2£®4 Data coding
2£®4£®1 Digital data coding
2£®4£®2 Analog data coding
2£®4£®3 Coding techniques
2£®4£®4 Trunks and multiplexing
2£®5 Transmission medium
2£®5£®1 Magnetic media
2£®5£®2 Twisted pair
2£®5£®3 Coaxial Cable
2£®5£®4 Fiber optics
2£®6 Wireless transmission
2£®6£®1 Radio transmission
2£®6£®2 Microwave transmission
Problems

3 Computer Network Foundation
3£®1 Overview
3£®2 Network topology
3£®2£®1 Star type
3£®2£®2 Tree type
3£®2£®3 Bus type
3£®2£®4 Ring type
3£®2£®5 Reticulation type
3£®3 Computer network hardware
3£®3£®1 The classification of computer network
3£®3£®2 Classification by transmission technology
3£®3£®3 Classification by network scale
3£®3£®4 Wireless networks
3£®4 Computer network software
3£®4£®1 The necessity of protocol and hierarchies
3£®4£®2 Five-layer protocol architecture
3£®4£®3 Architecture of TCP/IP
3£®4£®4 Entities£¬ protocols£¬ services£¬ and service access points
3£®5 The composition of the Internet
3£®5£®1 The edge part of the Internet
3£®5£®2 The core part of the Internet
3£®6 The indexes of computer networks
3£®6£®1 Rate
3£®6£®2 Bandwidth
3£®6£®3 Throughput
3£®6£®4 Delay
3£®6£®5 Bandwidth delay product
Problems

4 The Data Link Layer
4£®1 Data link layer design issues
4£®1£®1 Services provided to the network layer
4£®1£®2 Framing
4£®1£®3 Error control
4£®1£®4 Flow control
4£®2 Error detection and correction
4£®2£®1 Methods to deal with errors
4£®2£®2 Parity check
4£®2£®3 Cyclic redundancy check
4£®3 Elementary data link protocols
4£®3£®1 An unrestricted simplex protocol
4£®3£®2 A simplex stop-and-wait protocol
4£®3£®3 A simplex protocol for a noisy channel
4£®4 Sliding window protocols
4£®4£®1 A one bit sliding window protocol
4£®4£®2 Go-back-N ARQ
4£®4£®3 Selective Repeat ARQ
4£®5 Example data link protocols
4£®5£®1 HDLC¡ª¡ªhigh-level data link control
4£®5£®2 The data link layer in the Internet
Problems

5 The Medium Access Control Sublayer
5£®1 The channel allocation problem
5£®1£®1 Static and dynamic channel allocation
5£®1£®2 LAN technology
5£®2 Multiple access protocols
5£®2£®1 ALOHA
5£®2£®2 Carrier sense multiple access protocols
5£®3 IEEE standard 802 for tANs and MANs
5£®3£®1 IEEE standard 802£®3 and ethernet
5£®3£®2 IEEE standard 802£®5 £º token ring
5£®3£®3 IEEE standard 802£®4 £º token bus
5£®3£®4 IEEE standard 802£®2 £º logical link control
5£®4 Bridge
5£®4£®1 Repeater
5£®4£®2 Hub
5£®4£®3 Bridges
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