Register now to access 7 million high quality study materials (What's Course Hero?) Course Hero is the premier provider of high quality online educational resources. With millions of study documents, online tutors, digital flashcards and free courseware, Course Hero is helping students learn more efficiently and effectively. Whether you're interested in exploring new subjects or mastering key topics for your next exam, Course Hero has the tools you need to achieve your goals.
8 Pages
outline
Course: CIS 749, Fall 2009School: CUNY Baruch
Rating:
Word Count: 235
Document Preview
CIS 749: Course Outline Text - Data and Computer Communications, 7th ed. by - W. Stallings (Prentice-Hall) Lectures 1 & 2: Introduction to Computer Networks and Protocols: Types of Networks; Topological Structures; Protocol Concepts; The OSI Model; The TCP/IP Protocol Architecture. H.W. - Chapters 1, 2 & 10: Lectures 3 & 4: Data Link Concepts: Issues & Requirements;...
Unformatted Document Excerpt
Coursehero >> New York >> CUNY Baruch >> CIS 749Course Hero has millions of student submitted documents similar to the one
below including study guides, practice problems, reference materials, practice exams, textbook help and tutor support.
Course Hero has millions of student submitted documents similar to the one
below including study guides, practice problems, reference materials, practice exams, textbook help and tutor support.
CIS 749: Course Outline Text - Data and Computer Communications, 7th ed. by - W. Stallings (Prentice-Hall) Lectures 1 & 2: Introduction to Computer Networks and Protocols: Types of Networks; Topological Structures; Protocol Concepts; The OSI Model; The TCP/IP Protocol Architecture. H.W. - Chapters 1, 2 & 10: Lectures 3 & 4: Data Link Concepts: Issues & Requirements; Flow Control Methods; Error Control Methods. Data Link Protocols: HDLC; SDLC; LAPB; LAPD; LAPF; SLIP; PPP. H.W. - Chapter 7: Lecture 5: Network Layer Concepts: Design Issues and Requirements; Virtual Circuit and Datagram Services; Network Service Definitions; Network Access Protocols: X.25. H.W. - Chapter 10: Lecture 6: Frame Relay Networks: Frame Relay Protocol Architecture; Call Control; User Data Transfer; Network Function; ITU-T Reconmmendations: Q.931/Q.933, Q.921/Q.922. H.W. - Chapters 10 & 13: Lecture 7: Local Area Networks: LAN Topologies and Transmission Media; LAN Protocol Standards: IEEE 802 and FDDI. H.W. - Chapters 15 & 16: Midterm Examination Lectures 8 & 9: Internetworking: Design Requirements; Architectural Approaches: Gateways, Routers, & Bridges; Bridged LANs; Network Layer Structure, Internet Protocols: IP, ICMP, IPv6, ICMPv6; Internet Routing Protocols: ARP, RARP, RIP, OSPF, EGP, BGP. H.W. - Chapters 18 & 19: Lecture 10: Transport Layer Protocols: Design Requirements; Transport Layer Services; Transport Layer Protocols: TCP, UDP. H.W. - Chapter 20: Lectures 11 & 12: App...
Find millions of documents on Course Hero - Study Guides, Lecture Notes, Reference Materials, Practice Exams and more.
Course Hero has millions of course specific materials providing students with the best way to expand
their education.
Below is a small sample set of documents:
Below is a small sample set of documents:
CUNY Baruch - CIS - 49
CIS 49.1: Telecommunications Text - Data and Computer Communications, 7th ed. Reference #1 - Wireless Communications and Networks Reference #2 - High Speed Networks and Internets 2nd ed.
CUNY Baruch - CIS - 49
CIS 49.1 Prof. C. Ziegler Course RequirementsTextbook & Lecture Notes:1. Data and Computer Communications, 7th ed. by - W. Stallings (Prentice-Hall)2. Copies of the lecture notes ca
CUNY Baruch - CIS - 49
CIS 49.2 Prof. C. Ziegler Course RequirementsTextbook & Lecture Notes:1. Data and Computer Communications, 7th ed. by - W. Stallings (Prentice-Hall)2. Copies of the lecture notes a
CUNY Baruch - CIS - 52
IntroductiontoComputersProf.Sokol ComputerandInformationScience BrooklynCollege1WhatisaComputer?ACOMPUTERisanelectronicdevicethatcan: Receiveinformation Performprocesses Produceoutput Storeinfoforfutureuse.2InformationProcessingCycleIn
CUNY Baruch - CIS - 15
Unix Programming ToolsBy Parlante, Zelenski, and many othersCopyright 1998-99, Stanford UniversityIntroduction This document explains the overall edit-compile-link-debug programming cycle and introduces several common Unix programming tools- gcc,
CUNY Baruch - CIS - 23
b q k d z9ViVld1 q d f p } p f h f f } n 1fie8Gl~1EGhVlpuhl1Eik1elVzz%VlpsdjVEidV&gfqped}1ifozuseg ch1s1lkwfhVr1lydwuVthjzsVlpVwfhwlfEffCpede1VsV1CeetV|$(E d f f f p f h np g h d }k f }{ c fi(Gll181h1Eilfhffhee}lejyT11f
CUNY Baruch - CIS - 52
I ntr oduci ng. M i cr osoft Wi ndows VI ST AWha t i s WI N D OWS?Wi ndows i s an OPERATI NG SYSTEM .Recal l : An oper ati ng system i s softwar e (i .e. a computer pr ogr am) that manages your computer.Wha t i s a n OPERAT I N G SYST EM ?An
CUNY Baruch - CIS - 10
IntroductiontoComputersProf. S okol C pute and Inform om r ation S nce cie Brooklyn Colle ge1WhatisaComputer?A COMPUTER is an e ctronic de that can: le vice Re iveinform ce ation Pe rformproce s sse Produceoutput S toreinfo for futureus
CUNY Baruch - CIS - 52
Maintenance Modifying the data Add records Delete records Update records Modifying the design Add fields into tables Remove fields from a table Change characteristics of existing fieldsQuery Types Select Query chooses data from a table a
CUNY Baruch - CIS - 52
Introduction to DatabasesCIS 5.2Where would you find info about yourself stored in a computer? College Physician's office Library Grocery Store Dentist's office Verizon IRS .General Definition A DATABASE is a collection of related data.
CUNY Baruch - CIS - 52
ValidationRules:Rulesthatareincorporatedinthedesignofthedatabaseto ensurethatthedataenteredisvalid. Examples:donotallowanegativenumberinamountpaid Donotallowarecruiternumbertobeenteredintheclienttableifnosuch recruiterexists. Theserulesareenteredinth
CUNY Baruch - CIS - 52
Wireless communications are everywhere. People around the world regularly send and receive messages wirelessly, that is, transmitted through the air. Three types of wireless communications include wireless messaging services, wireless Internet access
CUNY Baruch - CIS - 15
CIS 15 Advanced Programming TechniqueProf. SokolAssignment #2 Implementing the Card Game WAR DUE: Thursday, February 21Specifications:The game begins with a deck of 52 cards that is shuffled and evenly divided between the two players. Each pl
CUNY Baruch - CIS - 52
MLA Documentation Style 1. Double space text 2. 1 inch margins on all 4 sides st 3. 1 line of each paragraph should be indented .5" 4. running header throughout document (Last name Page number). 5. at the end of the document you have a page called Wo
CUNY Baruch - CORE - 5
Interactive FormsIn this lesson, we'll try to get up to the point of creating simple interactive forms. To do that, we'll need to cover a few different things: form elements (we already know something about this) making decisions (Boolean expre
CUNY Baruch - CIS - 15
Common UNIX Commands: date returns the current date and time who who is currently logged on (try typing WHO (in caps) and see what happens.why is this?) man reads the unix manual on any command specified. Ex. man cal dislays the manual regarding t
CUNY Baruch - CIS - 38
3.1c q1000 _q200 _xq30 _x0q4_ _x0_qreject_ 3.5 a) yes, _ is required to be an element of the tape alphabet for every machine. b) No. _ must be in the tape alphabet, but it must not be in the input alphabet. c) In general, no because each transition r
CUNY Baruch - CIS - 15
Common VI Commands In command mode: i insert text to the left of the current cursor location I Insert text to the left of the current line a append text to the right of the cursor A Append text to the end of the current line R Replace (type over
CUNY Baruch - CIS - 725
>No Regrets About Developing PGP > >The Friday September 21st Washington Post carried an article by Ariana >Cha that I feel misrepresents my views on the role of PGP encryption >software in the September 11th terrorist attacks. She interviewed m
CUNY Baruch - ARGMAS - 05
* Extended Submission Deadline - 21st March*Second International Workshop on Argumentation in Multi-Agent Systems (ArgMAS 2005)*26th July 2005, Utrecht University, Utrecht, The NetherlandsIn Conjun
CUNY Baruch - GTDT - 06
A Fast Analytical Algorithm for MDPs with Continuous State SpacesJanusz Marecki, Zvi Topol and Milind Tambe Computer Science Department University of Southern California Los Angeles, CA 90089 {marecki, topol, tambe}@usc.edu ABSTRACTMany real-world
CUNY Baruch - GTDT - 06
An Algorithmic Approach to Specifying and Verifying Subgame Perfect EquilibriaFrank GuerinDepartment of Computing Science, King's College, University of Aberdeen, Aberdeen AB24 3UE, Scotland.f.guerin@abdn.ac.uk ABSTRACTGame theory is a popular t
CUNY Baruch - GTDT - 04
Elicitation of User Preferences by Cross Modality MatchingP.H.M.P. Roelofsma Dept of Social Sciences Vrije Universiteit Amsterdam, The Netherlandsphmp.roelofsma@fsw.vu.nlM.C. Schut Dept of Artificial Intelligence Vrije Universiteit Amsterdam, The
CUNY Baruch - GTDT - 06
Interactive Dynamic Influence DiagramsKyle Polich and Piotr GmytrasiewiczDepartment of Computer Science, University of Illinois at Chicago Chicago, IL, 60607-7053, USA E-mail: kpolich@cs.uic.edu, piotr@cs.uic.eduAbstractThis paper extends the fr
CUNY Baruch - GTDT - 06
Empirical Game-Theoretic Analysis of ChaturangaChristopher Kiekintveld, Michael P. Wellman, and Satinder SinghUniversity of Michigan Computer Science and Engineering Ann Arbor, MI 48109-2121 USA{ckiekint,wellman,baveja}@umich.eduABSTRACTWe anal
CUNY Baruch - GTDT - 06
Advances in Hypergame TheoryRussell R. Vane IIIGeneral Dynamics Advanced Information Systems 1400 Key Blvd., Suite 700 Arlington, VA 20170 1-703-516-6376russ.vane@gd-ais.comABSTRACTThis articles reprises findings from hypergame work in Vanes d
CUNY Baruch - GTDT - 04
Notes on Equilibria in Symmetric GamesShih-Fen Cheng, Daniel M. Reeves, Yevgeniy Vorobeychik, Michael P. Wellman University of Michigan Artificial Intelligence Lab. 1101 Beal Avenue, Ann Arbor, MI 48109-2110 USA {chengsf,dreeves,yvorobey,wellman}@um
CUNY Baruch - GTDT - 04
Third International Conference on Autonomous Agents and Multi-Agent Systems6th Workshop on Decision Theoretic and Game Theoretic AgentsColumbia University in the City of New York20th July 2004Simon Parsons and Piotr Gmytrasiewicz (editors)
CUNY Baruch - GTDT - 06
Fifth International Conference on Autonomous Agents and Multi-Agent Systems8th Workshop on Decision Theoretic and Game Theoretic AgentsFuture University, Hakodate, Japan9th May 2006Simon Parsons and Piotr Gmytrasiewicz (editors)
CUNY Baruch - GTDT - 06
% A b ) W A 9 ) !'F6 $l6'3TePr Pg5 & E@F A % c d A S % 1 D 9 % A B s 1 H&'@GfTe'F'$#Fa'gF FQ'gP'PPh% b % c b S S S X d A D ) k A b X X VaF(wY!|&5#5rePghiFA TX W 1 d y x S A X
CUNY Baruch - GTDT - 04
PrefaceOver the last few years, game theory has proved to be a powerful tool with which to understand interactions in systems composed of multiple autonomous articial agents. It has been employed in the design of algorithms and strategies for intera
CUNY Baruch - GTDT - 04
An Optimal Execution of Autonomous Agents with Plans Under Time and Resource UncertaintyAur lie Beynier, Abdel-Illah Mouaddib e Bd Marechal Juin, Campus II BP5186 14032 Caen Cedex, France {abeynier, mouaddib}@info.unicaen.fr AbstractIn this paper w
CUNY Baruch - GTDT - 04
CUNY Baruch - GTDT - 04
Table of ContentsMacCOIN: Medium access control for wireless sensor networks based on collective intelligence Pieter Beyens, Karl Tuyls, Kris Steenhaut and Ann Now . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
CUNY Baruch - GTDT - 06
Universal Agents in Repeated Matrix GamesJan PolandMarcus HutterIDSIA Galleria 2, CH-6928 Manno SwitzerlandGraduate School of Information Science and Technology Hokkaido University, Japanjan@ist.hokudai.ac.jp ABSTRACTWe study and compare th
CUNY Baruch - GTDT - 06
Empirical Game-Theoretic Analysis of the TAC Market GamesMichael P. Wellman, Patrick R. Jordan, Christopher Kiekintveld, Jason Miller, and Daniel M. Reeves University of Michigan Computer Science & Engineering Ann Arbor, MI 48109-2121 USA{ wellman,
CUNY Baruch - GTDT - 04
Preferences in Qualitative Coalitional GamesPaul E. Dunne and Michael Wooldridge Dept of Computer Science, University of Liverpool Liverpool L69 7ZF, United Kingdomped,mjw @csc.liv.ac.ukAbstractQualitative coalitional games (QCGs) are a variatio
CUNY Baruch - GTDT - 06
A Prune-Based Algorithm for Computing Optimal Coalition Structures in Linear Production DomainsChattrakul SombattheeraDecision Systems Lab School of IT and Computer Sience University of Wollongong, NSW 2500 AustraliaAditya GhoseDecision Systems
CUNY Baruch - GTDT - 06
Distribution of Strategies in a Spatial Multi-Agent GameFrank SchweitzerChair of Systems Design, ETH Zurich Kreuzplatz 5, 8032 Zurich, SwitzerlandRobert MachChair of Systems Design, ETH Zurich Kreuzplatz 5 8032 Zurich, Switzerlandfschweitzer@e
CUNY Baruch - GTDT - 04
Stability of the Truth-telling Strategy in Multi-unit Option Allocation Auctions: Laboratory ExperimentationAtsushi Iwasaki and Makoto Yokoo Graduate School of Information Science and Electrical Engineering, Kyushu University, Fukuoka 812-8581, JAPA
CUNY Baruch - GTDT - 04
Knowledge Condition GamesSieuwert van Otterloo Wiebe van der Hoek Michael Wooldridge Department of Computer Science University of Liverpool AbstractAgents often interact strategically to meet conditions involving their own or other agents knowledge
CUNY Baruch - GTDT - 06
PrefaceOver the last few years, game theory has proved to be a powerful tool with which to understand interactions in systems composed of multiple autonomous artificial agents. It has been employed in the design of algorithms and strategies for inte
CUNY Baruch - CIS - 1
96192220581938207921491773203018421966178121211872201422622059212517821865201619632044200820061909203820272003191917181957189221251903184020342126228021941971189718761753192817002006196319711781198020
CUNY Baruch - CORE - 5
-BEGIN PGP PUBLIC KEY BLOCK-Version: PGPfreeware 6.5.8 for non-commercial use <http:/www.pgp.com>mQGiBD2+7XkRBADTuynr+QQbUsNsN4LlbUN1+TBchw4hEpnh1XjaKQX4cs+iwG8OuNX1tNqYncKIV1SzrCKak0urSpuZHyFM81eXj4Lf5HFp6Z9TiZePAa989ye8wU4Y3uJxq3qXeYSLQAw2pocL
CUNY Baruch - CIS - 1
BeOBeryllium oxide JjClJunk ChlorideCsClCaesium chloride AlSbAluminium antimonideInAsIndium arsenide NaClSodium chloride NaJSodium junkGaAsGallium arsenide InSbIndium antimonide HClHydrochloric acid LiClLithium chloride XxXxJun
CUNY Baruch - CIS - 1
1572.6 50.475.2 62.478.9 55.370.0 85.095.0 55.085.0 5.085.0 50.085.0 95.075.0 50.075.0 98.091.0 10.090.0 30.792.5 50.090.0 25.390.0 90.0
CUNY Baruch - CIS - 1
480.20.10.10.10.00.00.00.00.02.12.11.51.31.72.62.02.42.24.14.45.25.14.85.14.03.22.71.13.40.21.93.10.11.03.23.31.91.82.32.62.62.62.83.22.82.52.62.4
CUNY Baruch - CORE - 5
-BEGIN PGP SIGNED MESSAGE-Hash: SHA1Core 5 is such a fun class!-BEGIN PGP SIGNATURE-Version: PGPfreeware 6.5.8 for non-commercial use <http:/www.pgp.com>iQA/AwUBPdFM5+VBxaTs9heLEQI3fQCgnY9A9sabWcBqqSpbOPydgkceEdcAoOvH63qSQin9TvdAuJafeOAlDM48
CUNY Baruch - CIS - 1
181.3 3.33.1 3.93.7 4.23.3 4.14.32.2 1.4 2.1 1.1 5.03.6 3.3 4.2 3.6
CUNY Baruch - CIS - 1
75253424112452235723772613240025902439236325752397258227242683245623942448259825212550255025972448245926112507236025612478253123182407266323672425243724922617261425212456250526542335244023952483243523
CUNY Baruch - CIS - 1
ACTGACTGactaCtGgTTAGgggabcdefgAbbCACATAGTAGTAGtaacg acga cabcdefABCDEFACAtaGTAGTAGtAgAcCACcAAccACCAGGtCACCATATATATCATATGAACCGGTTAACCGGTTTACTATGAACGTACGTACGTcgtATATGCGCATATgatatgTATAGAGATCTCTATATAGCTATCTagtACTGGTCAACTGGCTA
CUNY Baruch - CIS - 1
737.627.150.043.771.680.169.171.376.165.341.042.431.633.442.352.362.671.676.675.468.257.447.536.525.340.334.761.253.663.085.183.760.149.654.030.730.437.242.559.665.377.480.175.565.358.547.629
CUNY Baruch - CORE - 5
-BEGIN PGP SIGNED MESSAGE-Hash: SHA1If you complete this lab you will get an A in the course!-BEGIN PGP SIGNATURE-Version: PGPfreeware 6.5.8 for non-commercial use <http:/www.pgp.com>iQA/AwUBPdFNF+VBxaTs9heLEQJ+iACfYvDdAfSRnv+95CMJqskntLAH9+c
CUNY Baruch - CIS - 1
1572.6 50.475.2 62.478.9 55.370.0 85.095.0 55.085.0 5.085.0 50.085.0 95.075.0 50.075.0 98.091.0 10.090.0 30.792.5 50.090.0 25.390.0 90.072.662.485.092.055.390.085.0
CUNY Baruch - CIS - 1
cis1.0/robotics-fall 2006 Brooklyn College, CUNY c 2006homework unit E: iteration and decision-making This assignment is worth 10 points, 10% of your term grade. It is due on MONDAY NOVEMBER 14 IN CLASS. Bring a hardcopy to class.Name:Indivi
CUNY Baruch - CIS - 1
cis1.0/roboticsfall 2006 Brooklyn College, CUNY c 2006introduction to RoboLabName:vocabulary RoboLab communication tower canvas icon drag-and-drop function palette tools palette wirematerialsMake sure you have all of the following ma