Search results
Feb 9, 2017 · Splat! is a game that challenges students to cover dots with different colors and values on a screen. It helps develop number sense and mathematical thinking at any grade level. Download 50 free PowerPoint lessons and watch the video to learn more.
- Introduction
- Download Splat!
- Splat! News
- Splat! Tools
- Who Uses Splat!?
- Splat! in Research
- Splat! on The Web
- Splat! in Operation
- Related Links
SPLAT! is an RF Signal Propagation, Loss, And Terrain analysis tool for the electromagnetic spectrum between 20 MHz and 20 GHz. Applications of SPLAT!include site engineering, wireless network design, amateur radio communications, frequency coordination, communication system design, and terrestrial analog and digital television and radio broadcasti...
Download SPLAT!source code and associated data files for your area through the following links: 1. SPLAT! Version 1.4.2 (splat-1.4.2.tar.bz2)(356k) 2. SRTM-1 Version 3 Elevation Models (for use with SPLAT! HDv1.3.0 and later versions) 3. SRTM-3 Version 3 Elevation Models (for use with SPLAT!v1.1.1 and later versions) 4. 1 Degree USGS Digital Elevat...
Work continues on the next version of SPLAT! which will include new conversion utilities that support U.S. Census Bureau Cartographic Boundary and County Subdivision Boundary files that are widely...SPLAT!Version 1.4.2 was released on Monday December 8, 2014. Version 1.4.2 adds better OSX support, updated documentation, and small improvements to the "citydecoder" utility.Dr. Albert Lysko, Principal Researcher at the Meraka Institute, Council for Scientific and Industrial Research in Pretoria, South Africa, has developed a SPLAT! interface for Matlab that creates tr...Dr. Bill Walker, W5GFE, has created a popular SPLAT! server with a web-based interface.Latitude and Longitude information may be determined from a specific street address through www.locates.com.au. For areas within the United States, sites such as the US Census Geocodermay be used.
The National Aeronautics and Space Administration (NASA) in developing communications link and fade margin policies for future lunar surface operations and exploration. See NASA's recent Technical...The IDIRA Project, focusing on the interoperability of data and procedures in large-scale multinational disaster response actions.National Aeronautics and Space Administration (NASA): Path Loss Prediction Over the Lunar Surface Utilizing a Modified Longley-Rice Irregular Terrain Model(PDF Document)International Journal of Antennas and Propagation: Bounding the Practical Error of Path Loss ModelsNorwegian University of Science and Technology: Path and Data Transmission Planning for Cooperating UAVs in Delay Tolerant Networks(PDF Document)W5GFE @ East Central University: W5GFE's SPLAT! Web InterfaceCloud RF: On-line VHF-UHF Radio Network Planning for Android, Web, and Google EarthRabbitEars.info: Longley-Rice Coverage MapsVisual LMR: Visual Coverage MapsSPLAT! is invoked via the command-line, thereby permitting batch operations, or even background processing with user-defined priorities that can be performed either locally, or via remote workstations. Generated topographic maps are in the form of 24-bit (True Color) Portable Pixmap (PPM) image files that can be easily viewed and/or converted to ot...
Splat Hair Color contains a unique formula that will give your hair bold vivid color. Everything from temporary to permanent hair dye, Splat has you covered!
The meaning of SPLAT is a single flat thin often ornamental member of a back of a chair.
Check out Splat Hair Color's new shades of vibrant fashionable colors for whatever look you are looking to own. Stay ahead of fashion with Splat!
If you are about to dye your hair or a friends, or are looking for a new style, check out Splat's tutorial videos here and leave the hard part to us!
SPLAT! (short for an RF S ignal P ropagation, L oss, And T errain analysis tool [1]) is a GNU GPL -licensed terrestrial radio propagation model application initially written for Linux but has since been ported for Windows and OS X. SPLAT! can use the Longley-Rice path loss and coverage prediction using the Irregular Terrain Model to predict the ...
