- #MEALMAKERRAY TRACING USING WINPROP SOFTWARE#
- #MEALMAKERRAY TRACING USING WINPROP TRIAL#
- #MEALMAKERRAY TRACING USING WINPROP SIMULATOR#
- #MEALMAKERRAY TRACING USING WINPROP FREE#
xxx Max downlink throughput for urban LTE network Results in form of commonly used KPIs (throughput, SINR, RSRP, etc.) Additional Network Optimizer module for optimum site selection etc.
ProMan 2(2) ProMan Network Planning Modules Different pre-defined technologies (GSM, WLAN, WCDMA, LTE etc.) GUI for definition/modification of air interface parameters, cell loading etc. ProMan 1(2) ProMan propagation modeling modules Different propagation models for study of different propagation scenarios (rural, urban, indoor etc.) Emprical models (Okumura-Hata, COST 231, ITU P.1546 etc.) Deterministic models (ray tracing, Dominant Path Model etc.) Example indoor coverage for outdoor transmitterPath loss map for transmitter in Munich
#MEALMAKERRAY TRACING USING WINPROP SOFTWARE#
WinProp Tools WinProp software suite consist of several tools
#MEALMAKERRAY TRACING USING WINPROP FREE#
None None Limited to demo scenarios Support Included, but reaction time not guaranteed Included Included, but reaction time not guaranteed TBC Price Free Annual fee.
#MEALMAKERRAY TRACING USING WINPROP TRIAL#
Type of Licenses Trial License PPP (Pay Per Project) License Annual License Perpetual License Teaching License Time Limitation 30 days Annual Annual None None? Sample Data/Demos from AWE Included Included Included Included Included Study Scenario Limitation Limited to one customer-defined scenario and to demo scenarios Limited. Current Users WinProp adopted by diverse range of industry and academia customers (used in COMNET Aalto for 1 year) Example user in Africa: cole Suprieure Multinationale des Tlcommuications (ESMT) of Senegal Background 2(2) WinProp Tool available in the market since 1998 (currently version 12.3) Continuously evolving for study of new propagation scenarios and wireless technology standards Background 1(2) WinProp is a commercial simulation software suite For RF propagation modelling For wireless network planning Tool produced by AWE Communications of Germany Spin-off from University of Stuttgart Successful adoption of the WinProp tool at CoICT and AAiT is one of planned deliverables in ENhANCE Potentially used as a learning tool wireless courses (both basic and advanced) Used as a research tool facilitating improved results for theses research works (Masters and PhD) and research by staff Outline Background Overview of current users Review of WinProp tools ProMan WallMan AMan Example case studies from research by COMNET Tool demo Haile Department of Communications and Networking Aalto School of Electrical Engineering, Aalto University Espoo, Finland WinProp Propagation Modelling and Network Planning Tool ENhANCE Study Tour,, COMNET Department, Aalto Edward Mutafungwa and Beneyam B.
#MEALMAKERRAY TRACING USING WINPROP SIMULATOR#
The presentation discussed several advanced parallel processing techniques and innovative hardware and software architectures that can be applied to boost the performance of both the simulator and computer. By using multiple processors simultaneously, simulation run-times are much faster and software and hardware usage is optimized, leading to shorter project turnaround time. Through significant developments and improvements to multi-core processing technology over the past several years, parallel processing technology solves these challenges, and is rapidly becoming the preferred way to run reservoir simulations. As a result, companies often find themselves juggling simulation jobs in order to make decisions on their numerous projects, which inevitably decreases efficiency. As more company projects integrate reservoir simulation in the decision making process, there is a heavier burden on IT infrastructure which can lead to simulation backlog. The presentation discusses several advanced parallel processing techniques and innovative hardware and software architectures that you can apply to boost the performance of both the simulator and computer.Ībstract In recent years, reservoirs and recovery methods have increased in complexity and model size, resulting in an increase in simulation computational time.