your professor’s name‚ and the date on the Title Page. Week 4 iLab Report Carol Jones DeVry University NETW360: Wireless Technologies and Services Design for a Wireless Campus Area Network Submitted to: Professor: Raef Yassin Date: Current date31 March 2013 Design for a Wireless Campus Area Network Introduction: The Wireless WLAN technology keeps changing and growing along with how the enterprises get a better use of the Information that is given to them. Technical research has
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Network Security Some DoS attacks can be avoided by applying vendor patches to the software that has been compromised. Another way to deal with DoS attacks in the case of an attack coming from a number of known IP addresses is to put up a rule to drop all incoming traffic from those known attackers. Yet another way to deal with these types of attacks is to set up packet filters. This will act as a proxy for connections. Once the handshake is validated it will be forwarded to the correct destination
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Answers of Ist Set (Part-A)‚ IInd Set (Part-B)‚ IIIrd Set (Part – C) and Set-IV (Case Study) must be sent together. c. Mail the answer sheets alongwith the copy of assignments for evaluation & return. d. Only hand written assignments shall be accepted. A. First Set of Assignments: 5 Questions‚ each question carries 1 marks. B. Second Set of Assignments: 5 Questions‚ each question carries 1 marks. C. Third Set of Assignments: D. Forth Set of Assignments:
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GENERAL BIOCHEMISTRY Problem Set No. 1 Answered by: Andrea Rose A. Fajardo of BSFT 2-1N 1. Calculate the pH of a dilute solution that contains a molar ratio of potassium acetate to acetic acid (pKa=4.76) of: a. 2:1 pH = 4.76 + log[2]/[1] = 4.76 + 0.3010 = 5.06 b. 1:4 pH = 4.76 + log[1]/[4] = 4.76 + (-0.6021) = 4.16 c. 6:5 pH = 4.76 + log[6]/[5] = 4.76 + 0.0792
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Service Attack Technology CERT® Coordination Center Kevin J. Houle‚ CERT/CC George M. Weaver‚ CERT/CC In collaboration with: Neil Long Rob Thomas v1.0 October 2001 CERT and CERT Coordination Center are registered in the U.S. Patent and Trademark Office. Copyright 2001 Carnegie Mellon University 1 Abstract In November of 1999‚ the CERT® Coordination Center (CERT/CC) sponsored the Distributed Systems Intruder Tools (DSIT) Workshop where a group of security experts outlined the emerging threat
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Joanna Bartlomiejczyk ESTABLISH NETWORKS BSBREL401A Joanna Bartlomiejczyk CHAPTER 1 DEVELOPING AND MAINTAING BUSINESS NETWORKS BUSINESS NETWORKING is a socioeconomic activity by which groups of like-minded businesspeople recognize‚ create‚ or act upon business opportunities. A business network is a type of social network whose reason for existing is business activity. Business networking can be conducted in a local business community‚ or on a larger scale via the Internet‚ is an effective
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Small wonder (Topics for today) When he was nearly three years old‚ Nguyen Ngoc Truong Son would watch his mother and father playing chess in the family’s ramshackle home in the Mekong Delta‚ and‚ like any toddler‚ pester them to let him play‚ too. Eventually they relented‚ assuming the pieces would soon wind up strewn around the kitchen‚ a plastic bishop stuffed into a teapot‚ the white king face down in a bowl of phó. To his parents’ astonishment‚ Son did not treat the chess set as a plaything
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1 Multi-Channel Scheduling and Spanning Trees: Throughput-Delay Trade-off for Fast Data Collection in Sensor Networks ¨ Amitabha Ghosh‚ Ozlem Durmaz Incel‚ V. S. Anil Kumar‚ and Bhaskar Krishnamachari Two primary factors that affect the data collection rate (throughput) and timeliness (delay) are: (i) efficiency of the link scheduling protocol‚ and (ii) structure of the routing tree in terms of its node degrees and radius. In this paper‚ we utilize multiple frequency channels and design an
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BUTTERFLY NETWORK Butterfly network is a network with 2q nodes and q + 1 columns as an unfolded q-cube in order to facilitate the discussion‚ visualization‚ and analysis of hypercube routing algorithms. However‚ a butterfly network can be viewed as a parallel processing architecture in its own right. A butterfly architecture (Fig. A‚ left) has p = 2 q(q + 1) processors of maximum degree d = 4‚ a diameter of 2q = ∪(log p)‚ and a bisection width of ( – 1)2 q+1 + 0(2 q) = ∪(p/log p). A wrapped
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Application Note 010 GSM AT Command Set Application Note AN010 GSM AT Command Set Technical specifications and claims may be subject to variation without prior notice. UbiNetics has endeavoured to ensure that the information in this document is correct and fairly stated‚ but does not accept liability for any error or omission. UbiNetics Ltd Cambridge Technology Centre Melbourn Herts SG8 6DP Tel: +44 (0) 1763 285 183 Prepared by: Date: Document Number: Chris Cockings 09-04-2001 BCO-00-0621-AN
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