PPT-Network Guide to Networks

7 th Edition Chapter 8 Network Risk Management 2016 Cengage Learning May not be scanned copied or duplicated or posted to a publicly accessible website in whole or in part Objectives. Natalie . Enright. . Jerger. Introduction. How to connect individual devices into a group of communicating devices?. A device can be:. Component within a chip. Component within a computer. Computer. Shantanu. . Dutt. Univ. of Illinois at Chicago. Acknowledgement. Adapted from Chapter 2 slides of the text, by A. . Grama. w/ a few changes and augmentations. Interconnection Networks . for Parallel Computers . Undergraduate Seminar in Computer Science. Prof. Ronitt Rubinfeld. What are we here for?. Connections. Taken from http. ://thenextweb.com/socialmedia/2013/11/24/facebook-grandparents-need-next-gen-social-network/. Week 5. Applications. Predict the taste of Coors beer as a function of its chemical composition. What are Artificial Neural Networks? . Artificial Intelligence (AI) Technique. Artificial . Neural Networks. Gemma Edwards, Kathryn Oliver, Martin Everett, Nick . Crossley. , Johan . Koskinen. , Chiara . Broccatelli. Mitchell Centre for Social Network Analysis . University of Manchester UK. Collecting and Analyzing Covert Social . 7. th. Edition. Chapter . 5. . Network Cabling. © 2016 Cengage Learning®. May not be scanned, copied or duplicated, or posted to a publicly accessible website, in whole or in part.. Objectives. Explain basic data transmission concepts, including signaling, data modulation, multiplexing, bandwidth, baseband, and broadband. 6. th. Edition. Chapter 5 . Topologies and Ethernet Standards. Objectives. Describe the basic and hybrid LAN topologies, and their uses, advantages, and disadvantages. Describe the backbone structures that form the foundation for most networks. Brian Aronson. Review of ego networks. Ego network (personal network). Ego: Focal node/respondent. Alter: Actors ego has ties with. Dyad: Pair of individuals. Ties. (Ego). D. C. B. Tie types. Friends. 6. th. Edition. Chapter 13. Troubleshooting Network Problems. Objectives. Describe the steps involved in an effective troubleshooting methodology. Follow a systematic troubleshooting process to identify and resolve networking problems. 6. th. Edition. Chapter 2. Networking Standards and the OSI Model. Objectives. Identify organizations that set standards for networking. Describe the purpose of the OSI model and each of its layers. 6. th. Edition. Chapter 8. Wireless Networking. Objectives. Explain how nodes exchange wireless signals. Identify potential obstacles to successful wireless transmission and their repercussions, such as interference and reflection. 6. th. Edition. Chapter 3. Transmission Basics and Networking Media. Objectives. Explain basic data transmission concepts, including full duplexing, attenuation, latency, and noise. Describe the physical characteristics of coaxial cable, STP, UTP, and fiber-optic media. Network+ Guide to Networks 6 th Edition Chapter 3 Transmission Basics and Networking Media Objectives Explain basic data transmission concepts, including full duplexing, attenuation, latency, and noise Topology of a network has great effect on the performance and network troubleshooting of a particular network.. . Topology. is a network specification that determines the network’s . overall layout .