Sr Lab Report

This website shows a course using this technology used for radio networking planning and design.

The objective of this lab is to learn how to use the Tutor TIMS software to build and analyze a communication system. This lab required us to use Audio Oscilloscope, Adder and Tuneable LPF in order to get the required frequency signals.

eNode-B: The eNode-B is additionally called the base station which disengages the air interface protocol and it is the first contact point for the UE. The eNode-B is the main intelligent hub in the E-UTRAN, so it incorporate some capacity beforehand characterized in the RNC of the UTRAN, for example, uplink and downlink dynamic radio resource management and data packet scheduling, and mobility management.

This is the section of the work being undertaken by the software engineer. The software must contain a custom driver to unpack the VITA-49 packet outlined before. This driver will be written to work with a Ubuntu Linux distribution. The unpacked data will then be handed to GNU Radio Companion and the signal processed. The FFT, dynamic peak algorithm, spectrum display and list of signals are default tools that can be downloaded from the file repository [16]. The module will require a custom module called an “out of the tree module” to use that data brought in from the VITA-49 packet: “out of the tree” modules are custom modules made by a user for the graphical

The Radio was introduced to society because of the telegraph and the telephone. These inventions don’t do the same things but their similar branch of technology. “Radio technology began as “wireless telegraphy”. “It all started with the discovery of radio waves, electromagnetic waves that have the capacity to transmit music, speech, pictures and other data invisibly through air.” [Bellis] Majority of technology uses electromagnetic waves to send data information or TV broadcasts. During the 1860’s, Scottish physicist, James Clerk Maxwell predicted the existence of radio waves; and in 1886, German physicist, Heinrich Rudolph Hertz showed how fast the variation of electric current could be placed into space in the form of

It's the only weather station in it's class that uses frequency hopping spread spectrum radio technology translating weather data wirelessly

predict and track weather system. It was soon developed for military for anti aircraft air

The EasyBand readers units will also be outsource from the Chinese leading provider of RFID products, Daily RFID Co., Limited company. In this specific case, the product will be design to accomplish the standards of ultra high frequency, a reading range of 4 feet, portable design, and rechargeable battery (Daily RFID Co., 2014).

RADARSAT-1 was a satellite launched by the Canadian Space Agency (CSA) in 1995 that incorporated a synthetic aperture radar (SAR) sensor operating in the C-band (frequency of 5.3 GHz). RADARSAT-1 stopped transmitting because of a technical problem in March 2013. The RADARSAT-1 images were ordered from the Alaska Satellite Facility website (www.asf.alaska.edu). The RADARSAT satellite was designed with seven SAR imaging beam modes. Each beam mode offers a different areal coverage (from ~50 km x 50 km/scene to ~500 km x 500 km/scene) and resolution (from 8 m to 100 m). The RADARSAT instrument also offers a range of incidence angles from 10° - 59° allowing us to choose from a selection of beam positions within each beam mode. RADARSAT-1

The technology correlates with the telecommunications and consists of microwave power transmission antennas covering certain areas capable of powering portable electronics on the go. The power would be transmitted freely through the air, but electronic gadgets would have embedded chips for authentication procedures. They would be connected to smartphones to make payment easier and more convenient.

Wireless communication is nowadays widely utilized in many high-performance devices and remote sensing systems, comprising radar sensors

The photographs of the fabricated patch and ground of the proposed compact microstrip antenna are shown in fig. 3.5 and in 3.6 respectively.

Wi-fi module is used to send the data collected by the ultrasonic sensor and the RFID reader to the server

Users who are in certain organizations such as the Red Cross rely on an internet connect for GPS and accessing the World Wide Web. Thanks to current advances in technology for geostationary satellite internet, these organization can use a

The introduction unit gives the reader a perfect initiation to satellites and its applications. This is succeeded by a brief history of digital satellite communication systems.