Lab 2.6.2: Using Wireshark™ to View Protocol Data Units Learning Objectives • Be able to explain the purpose of a protocol analyzer (Wireshark). • Be able to perform basic PDU capture using Wireshark. • Be able to perform basic PDU analysis on straightforward network data traffic. • Experiment with Wireshark features and options such as PDU capture and display filtering. Background Wireshark is a software protocol analyzer‚ or "packet sniffer" application
Premium Transmission Control Protocol OSI model Data transmission
Corporation of Ho Chi Minh City (EVN HCMC) _ Members Companies: + NPT (National Power Transmission Corporation) + Hoa Binh hydroelectric plant + University of Electric Power + Ho Chi Minh city College of Electric Power + College of Central Electricity * Contact: - Phone: (84-4) 2.2201371. - Fax: (84-4) 2.2201369. - Website: www.evn.com.vn 2. Activities + Fields of business: Production‚ transmission and export power. + Other sectors: • Education: University of Electric Power‚ Ho Chi Minh
Premium Electricity distribution Electricity generation Electric power transmission
power system‚ by which we mean a network of generators‚ transmission lines‚ and loads that could represent an area as small as a municipality or as large as several states. Given certain known quantities—typically‚ the amount of power generated and consumed at different locations—power flow analysis allows one to determine other quantities. The most important of these quantities are the voltages at locations throughout the transmission system‚ which‚ for alternating current (a.c.)‚ consist of
Premium Electric power transmission Alternating current
project and organizing the report. Contents Abstract 4 Introduction 5 Purpose 5 Research Questions 6 Literature Review 6 Rural Electric Cooperatives 6 Shenandoah Valley Electric Cooperative 7 Clover Hill Feeder System 7 Importance of Transmission and Distribution Efficiency 8 Smart Grid 9 Transformers 9 Conductors 10 Methodology 11 Analysis 11 Conductor Efficiency 12 Transformer Efficiency 14 Discussion of Analysis 16 Results and Findings 16 Answers to Research Questions 17 Conclusions
Premium Transformer Electric power transmission Electricity distribution
Journal of Pure and Applied Science & Technology Copyright © 2011 NLSS‚ Vol. 2(1)‚ Jan 2012‚ pp. 50-58 Analysis of Fault Current Limiter (FCL) for Voltage Sag Mitigation through MATLAB/SIMULINK 1‚ Vibhor Chauhan1‚*‚ Rishi Pratap Singh1 and Seema Dhariwal1 *Department of Electrical Engineering‚ Suresh Gyan Vihar University‚ Jaipur‚ India Continues growth of electrical energy demand is resulting in a corresponding increase in the short circuit in power system‚ which results in voltage
Premium Electricity distribution Electrical engineering Volt
words —Power flow‚ Static Voltage Stability‚ FACTS‚ SVC‚ TCSC‚ Optimal Location‚ Power Quality‚ Heuristic Methods. I. INTRODUCTION The capacity of transmission lines is becoming the main bottleneck of electricity transmission in the deregulated power industry. The competition of electricity may aggravate loadability of some transmission lines. To meet the load demands in a power system and to satisfy the stability and reliability criteria‚ the existing
Premium Electric power transmission Electrical engineering
| |Starting with: | | |001 |TCP / IP (Transmission Control / Internet protocol) | |101 |ARP (Address Resolution Protocol) | |201
Premium Transmission Control Protocol User Datagram Protocol
Jonathan Moonsammy English 101 Generations of Nissan Maxima’s Nissan Maxima’s have been around for centuries; they are manufactured in Japan and are popular worldwide. There are many different model/shape of the Nissan maxima’s and are categorized by the year and the generation for example they range from the fourth generation all the way up to the eighth generation. Since then each car has been developed tremendously. Such as safety features‚ security system‚ anti- theft and crash safety.
Premium Torque
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
Premium Transmission Control Protocol
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
Premium Transmission Control Protocol Routing protocol Internet Protocol