4EH Baptism Posters
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The document lists the names of 18 individuals who were baptized. It provides the names Stuart, Ruth, Isabelle, Jess, Ben B, Lochie, Nicholas, Ben A, Tara, Jemma, Xander, Aaron, Renee, Finbarr, Natasha, Antonio, Danielle, and Tyler as those who received a baptism.
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Wi-Fi, also known as IEEE 802.11, is a set of standards that allow wireless devices to communicate. It operates in unlicensed frequency bands like 2.4 GHz and 5 GHz. There are different Wi-Fi standards that support varying speeds like 802.11b at 11 Mbps and 802.11a at 54 Mbps. Wi-Fi networks can be configured in different modes like ad-hoc for device-to-device or infrastructure which uses an access point. Access points allow multiple devices to connect and share a wireless signal. Wi-Fi uses techniques like spread spectrum, carrier sensing, and packetization to allow many devices to communicate simultaneously over the same wireless channel.
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Harq
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Vhf communication system for cross country pipelines
This document discusses the implementation of a VHF radio trunking communication system for an oil pipeline running between Mundra and Delhi in India. It provides secure and independent communication between vehicles, handheld radios, and fixed locations along the pipeline. The system allows for different types of calls including private calls, group calls, and emergency calls. It ensures communication continuity as users move between different locations along the pipeline route. The benefits highlighted are 24/7 seamless communication for enhanced pipeline security without reliance on external cellular networks.
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The document describes the de-waxing and cleaning process of a 212km long 16" loop line to prepare it for pumping products. A piece of land was rented and equipment like compressors, pumps, and boilers were used. The process involved pigging the line with different pigs using crude oil, then sweeping crude oil out with compressed air and water, followed by hot water pigging and chemical cleaning. Over 66 pigging operations were conducted removing over 20,000kg of wax from the Kaziranga to Sekoni sector. A similar process was then conducted from Sekoni to Ghani removing less wax.
Impact of channel in wireless communication
Wireless telecommunications involves the transfer of information between two or more points without a physical connection. It uses forms of energy like radio frequencies to transmit information over various distances, from a few meters to thousands of kilometers. While wireless operations allow for long-range communication without wires, the wireless channel is susceptible to factors like interference, path loss, and fading that restrict reliability and throughput. Adaptation techniques and MIMO can help improve performance but spectrum and interference remain limitations of wireless networks.
A study on pipeline loss1
This document discusses pipeline line loss, which is the difference between the quantity of crude oil at the off take and delivery ends of a pipeline. It identifies the key factors that influence line loss, including measurement errors related to tank dip, temperature, density, and water content. Other factors like evaporation, wax deposition, and pilferage are also discussed. The document analyzes line loss data from several pipelines in India and North America over multiple years and the impact of factors like water content, measurement errors, and wax deposition. It outlines steps taken to improve measurement uniformity and control water to reduce line losses.
Control plane
This document discusses the key interfaces, architecture, and procedures related to control and user planes, mobility management, and connection management in 3G networks. The control plane handles protocols for controlling radio access bearers and the connection between UE and network. It has physical, data link, and network layers. The user plane is responsible for transferring user data through access and core network protocols. Mobility management allows tracking and delivering services to mobile subscribers via location management, registration, and security functions. Connection management establishes and maintains connections to exchange information with peer entities.
Harq
HARQ is a technique that combines error correction codes with automatic repeat requests (ARQ). It allows errors that are uncorrectable by the error correction code alone to be corrected through retransmissions. There are two main types of HARQ - Type I adds error detection and forward error correction to each message, while Type II alternates between message bits and error detecting parity bits. Soft combining at the receiver improves performance by combining incorrectly received blocks with retransmissions. Incremental redundancy, used in technologies like HSDPA, improves performance over chase combining by sending different coded bits with each retransmission. HARQ is used in mobile networks to provide high speed data transmission.
Hspa and hsdpa
HSPA is a mobile telecommunications protocol that extends 3G networks by improving data transmission rates. It consists of HSDPA for faster downloads and HSUPA for faster uploads. HSPA was designed for non-real time data and increases peak rates to 14Mbps down and 5.8Mbps up. It achieves these improvements through technologies like shorter transmission time intervals, link adaptation, advanced modulation schemes, and MIMO antennas. The architecture introduces new channels like HS-DSCH for user data and HS-SCCH for control information. Subsequent evolutions like HSPA+ and DC-HSDPA have further increased speeds through higher order modulation and dual-cell connections.
Pigging In OIL INDUSTRY
This document provides an overview of intelligent pigging and the intelligent pigging survey of a 14-inch crude oil pipeline from Barauni Pump Station to Pump Station 5 that is 756 km long. Intelligent pigging uses specially designed tools called "pigs" to inspect and clean pipelines without stopping flow. The document discusses the types of pigs used for different pipeline activities like construction, maintenance, and operation. It also summarizes the goals and activities of the survey conducted by Rosen Europe B.V. on the 14-inch pipeline, including using a corrosion detection pig (CDP) to detect metal loss and pipe wall defects.
Comparison between 2g, 2.5g, 3g, lte and lte a
This document summarizes the evolution of mobile networks from 2G to 4G. It describes the key technologies and capabilities of 2G (9.6 Kbps speed), 2.5G/GPRS (up to 115 Kbps), 3G (2 Mbps, increased bandwidth to 2GHz, supports video/GPS), LTE (200 active clients per 5MHz cell, up to 2Gbps speed), and 4G (formally approved in 2009 as IMT-Advanced, 2Gbps speed, improved coverage and capacity). Each generation brought increased speeds and bandwidth as well as new multimedia capabilities.
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Vhf communication system for cross country pipelines
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4EH Baptism Posters
- 1. Our Baptisms
- 5. Jess’ Batism
- 10. Tara’s Baptism
- 11. Jemma’s Baptism
- 12. Xander’s Baptism
- 13. Aaron’s Baptism
- 14. Renee’s Baptism
- 19. Tyler’s Baptism