11 I utilized the Mapinfo Professional software for the analysing the spatial data of the new location site. Moreover, this software helped me to provide 3D dimensional view of the terrain land and also rotating as well as magnifying the projected maps. I correlated the Google earth which produce earth based satellites maps and photographs for getting more information about neighbouring BTS towers nearby the new location. CE1.12 I updated the mapping functionality and survey reports using the Crystal reports. The Crystal reports, is a third party software used for creating reports directly from the Mapinfo database, in the form of tabular data form. CE1.13 I documented all measurements and findings based on the land survey and submitted …show more content…
In the simulation software, a tool named Signal Distribution was used for analysis of RF signal. I used the following formula for manually calculating the channel interference of two APs: channel interference = (90+P) x 100/60, where P was the signal Power and swapped the corresponding signal power to determine the strength of the interference of one other. CE1.18 For pre-deployment survey report, I always updated the data and measurements and directly reported to Team leader regarding the progress and updates. Pre-deployment survey report was basic survey report for the designing and implementing the Radio Network Design (RND). CE 1.19 I created a virtual RF environment using a RF modelling tool called AirMagnet planner. I installed a single AP in the location site and simulated different virtual APs on the floor plan based on the Mapinfo software to estimate the expected coverage. Based on the spatial report of the survey provided by the Mapinfo, I analysed the spatial terrain feature of the new BTS site. The virtual implementation of BTS cell site on Mapinfo is given below CE1.20 Three virtual sectors (Usually each sectors uses 60 degree angle projection) were implemented on the antenna and each sector is shown in different colour based on the design. In the above figure, light green shows the area covered by the light green sector and so on. The coverage of the each sector can increase or decreased based on the frequency given to each of them. The design and
All this information comes from the data that was gathered and analyzed through research and staff surveys. Managers need to plan the resources required to make the change and establish feedback mechanisms to evaluate the progress and success of the change (Sullivan & Decker, 2009, p. 70).
Interference: When two devices try to access the same WAP and their signals “collide” and cancel each other out. None of the devices manages to fully connect because of it.
The horizontal resolution worsens as the reflectors are separated from the frequency because the footprint gets larger. The simulation and experimental values range approximately from λ/2 to 2λ for the high frequency. The results obtained for different frequency, the wavelengths converge when the bars are buried far from the antennas. In the horizontal resolution, the influence of the reflector's material is smaller. The best resolution is obtained with the 1 GHz as its resolution is slightly better than for the 800
0 Use the Internet to research one to two applications of the illustrated wireless technology. List each application found. Be sure to reference the Web site(s) where you found this information.
Using the customer survey results in Appendix 1, write below a brief diagnostic comment for each survey question/response.
Currently we do not have customer surveys that allow us to look in the rear-view mirror and see how our services were received. At previous installations we developed ICE comment page in order to receive feedback.
Benefits Portfolio Steering Committee (BPSC): Participated in the weekly project status updates on the deployment of applications/technologies.
Initiatives that we embarked on specifically was quarterly data reconstruction, tracking the time of reporting and then giving monthly feedback about the quality of data reported. At the end of the first six months of our improvement works, overall data completeness improved from 82.1% to 100%.
Our Project Manager will present recommendations for improvement to the COR as a part of the Monthly Status Report. With the COR’s approval, our Project Manager will implement the improvements and monitor them to verify they achieve their intended purpose over time. Exhibit 24 describes relevant reports that we will provide to promote high quality operations.
The service radio coverage is correct, if the service area is secured by the base stations. The service area is secured, if the unification of radio cells of every base station contains the whole service area (Svilen, n.d). The radio cell of a base station is a part of the space around it, in which a portable station watches the base station with radio signal strength adequate for correspondence (Svilen, n.d). The adequate radio signal strength in the service area is a basic prerequisite for the portable stations to be able to access to the WMN. The radio coverage service guarantees this adequate signal strength in the service area (Svilen, n.d). A service location is a state of the service area, determined by its directions. A service location
Affordable mobile communication for civilian and military applications is greatly enhanced by the significant investments in infrastructures such as cellphone towers and repeaters. However, such infrastructures cannot be provided for ad-hoc communication systems and the network connectivity for such systems is greatly degraded by the adverse effects of the communication channel such as multi-path fading, attenuation, non-line-of-sight, etc. As a result, operation at longer wavelengthes (UHF and VHF) is preferred for ground communication between army vehicles to decrease path-loss and bypass obstacles. Also because of the issues related to near-earth wave propagation, vertical polarization is the preferred choice to achieve minimum path-loss.
The Data/ evaluation works as a great visual tool for communication especially if tweak one or two piece of the program to see if the changes are more successful than the old.
Here the authors try to describe the use of GIS software for location site analysis. They are trying to tell that one can feed multiple layers of information in the GIS software laid on top of each other and then all this information can be analyzed together. Every layer can contain some data like rent, cost of labor, geographic information etc.
Field Viewing Application - take your spatial information to the field to help you settle on better choices. A basic survey application that can question resource information utilizing a guide will increase the value of the choices you make in the field. By including navigational support utilizing the GPS segment you can guarantee that the area and information you are working with is exact. Add the capacity to report area to the workplace by storing GPS area in an editable layer and you can manufacture an operational picture for your field workforce.
operation but also needs to have an appropriate proposed design. It employs two techniques to improve the radiation pattern. These techniques are the use of an angled dipole and vertical copper plates arranged on the ground plane for improvement in the radiation pattern of lower and upper bands, respectively radiation profile in both bands, namely similar gain, wide beamwidth. One of the popular techniques for broadening the patch antenna bandwidth is to incorporate a U-slot on its surface. They have the ability to confine the power in certain directions instead of scattering the power everywhere.