Introduction XTP is a reliable‚ real-time‚ lightweight transfer1 layer protocol being developed by a group of researchers and developers coordinated by Protocol Engines Incorporated (PEI). [1‚2‚3 ] Current transport layer protocols such as DoD’s Transmission Control Protocol (TCP)[4] and ISO’s Transport Protocol (TP)[5] were not designed for the next generation of high speed‚ interconnected reliable networks such as FDDI and the gigabit/second wide area networks. Unlike all previous transport layer
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The Routing Information Protocol (RIP) is a distance-vector routing protocol‚ which employs the hop count as a routing metric. RIP prevents routing loops by implementing a limit on the number of hops allowed in a path from the source to a destination. The maximum number of hops allowed for RIP is 15. This hop limit‚ however‚ also limits the size of networks that RIP can support. A hop count of 16 is considered an infinite distance and used to deprecate inaccessible‚ inoperable‚ or otherwise undesirable
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from clients and replies from servers. These requests can be transferred via any transport protocol like UDP (user datagram protocol) or even TCP (transmission control protocol) (Cisco‚ 2014). It decides the end system to be utilized for the session‚ the communications and media limits‚ and the contacted groups need to interconnect in the transmission. I will go further into the components‚ functions and recommendations of the session initiation protocol as I begin my explanation below. Session
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CBR response time hikes initially but come down gradually compared with UBR which has faster response time at initial but hiked gradually towards the end of transmission. * Anomalies: In real life application‚ UBR better fits FTP application as the delay is at acceptable rate and does not even require to be in constant rate of transmission. Question 2 Email Download Response Time & FTP Download Response Time * Graph above shows both applications are well suited in ABR (green line)
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India on broad parameters of macroeconomics‚ supply security‚ generation infrastructure‚ transmission infrastructure‚ degree of competition‚ regulatory scenario and future potential. Financial performance of the leading power companies is also analyzed in the report. Scope - Snapshot of the country’s power sector across parameters - macro economics‚ supply security‚ generation infrastructure‚ transmission infrastructure‚ degree of competition‚ regulatory scenario and future potential of the power
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CIS 210 Assignments Submitted by: Rahul Jwarchan Stael Kitoto Merveille Mokweme Q.1 What are the main differences between OSI and TCP/IP reference models? Explain briefly. The main differences between the two models are as follows: - - OSI is a reference model and TCP/IP is an implementation of OSI model. - TCP/IP Protocols are considered to be standards around which the Internet has developed. The OSI model however is a “Generic‚ protocol-independent standard
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generally located far away from the load centers. High voltage transmission lines are used to transmit the electric power from the generating stations to the load centers. Between the power generating station and consumers a number of transformations and switching stations are required. These are generally known as substations. Substations are important part of power system and form a link between generating stations‚ transmission systems and distribution systems. It is an assembly of electrical
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aspect of this idea is the presence of infrastructure that is in place for power distribution‚ and the rise of multimedia services over it could be much more valued than any existing wired alternative. For example‚ if we try to rebuild the whole transmission system using optical fiber instead of cabling it would cost a great deal and would be irrelevant‚ whereas providing access to the Internet by using the existing cable lines is more beneficial. As electrical power is indispensible so is the
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Appl. Supercond. 9 541–6 [5] Buckles W and Hassenzahl W 2000 Superconducting magnetic energy storage IEEE Power Eng. Rev. 20 (May) 16–20 [6] Ise T‚ Murakami Y and Tsuji K 1987 Charging and discharging characteristics of SMES with active filter in transmission system IEEE Trans. Magn. 23 545–8 [7] Jiang Q and Conlon M F 1996 The power regulation of a PWM type superconducting magnetic energy storage unit IEEE Trans. Energy Convers. 11 168–74 [8] Rabbani M G‚ Devotta J B X and Elangovan S 1998 Fuzzy controlled
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POWER SYSTEM OPERATION AND CONTROL USING THE SCADA SYSTEM INTRODUCTION Power System Operation and Control can simply be defined as the real time manipulation of certain status quantities based on the Power system design. These quantities are classified as follows 1. Integer- variables * Tap – settings on a Power transformer This is used to vary the secondary voltage to enhance quality of voltage being transmitted to consumers. * Status of circuit breakers‚ RMU fuses‚ feeder-pillar
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