10/15/2021 0 Comments Radio Emulator Mac
MacMESS - Multi-platform emulator that has a CoCo 1, 2 and 3 module. Not much is known of this emulator. Mac (pre OS X) Virtual CoCo - A CoCo 2 emulator for the Macintosh.Among many other solutions for testing Air Traffic Control network, GL offers MAPS™ ED-137 Radio which can simulate Air-Ground calls (as per EUROCAE ED137_1B: Radio, and ED137_1C: Radio) calls.SDLTRS - a TRS-80 Emulator for Mac OS X, Windows, and Linux sdltrs is a Radio Shack TRS-80 Model I/III/4/4P emulator for Macintosh OSX, Windows, and Linux. Recent advances in Air Traffic Management over IP network has opened up both opportunities for providing better services, and challenges to ensure reliability, and performance. CoCoNut - CoCo 1/2 emulator for PalmOS v5 devices. XRoar (see above under cross-platform) PalmOS.
Radio Emulator Portable SDL LibraryThe first and the only emulator which allows you to play PS5 games on both.MAPS™ ED-137 Radio simulates the functions of Controller Working Position (CWP) and Ground Radio Station – GRS (or Radio Media Gateway - RMG) entities in Air-to-Ground radio calls. Downloads: 13 This Week Last Update: See Project.PSemuX is an open source PS5 Emulator for Windows, Mac, iOS & Android. Instead of using the X-Window system for graphics, it uses the portable SDL library. It has been ported from the excellent X-Windows UNIX emulator xtrs. The ED-137B connection was made, with the GL™s MAPS™ Radio emulator in ™RX Only™ mode. This radio is responsible for a certain sector of the Romanian airspace. It was connected to a Rohde & Schwarz radio located in Romania with the help of the Romanian Air Traffic Services Administration Staff (Romatsa). Each simulated radio will have similar capabilities and its own set of parameters like Contact address, Radio type, Frequency-Id, and Permitted user list which can be configured in the profiles.At the recently held World ATM Congress event in Madrid, Spain, the GL™s MAPS™ ED-137 Radio Emulator capability was showcased. The MAPS™ profile editor feature allows users to easily configure multiple CWPs and GRS profiles, allowing to simulate multiple CWP and GRS entities. Supports testing CWP, VCS, GRS (or RMG), and VRS elements Fully integrated, complete test environment for Air Traffic Management Visitors seemed particularly interested in the real time Waveform viewer and MOS/Jitter etc. We were also monitoring this connection with GL™s PacketScan™ which was able to show (in real-time) all of the voice and packet characteristics of this connection. IP Address Spoofing to automatically generate virtual IP address for a NIC Supports hundreds of simultaneous calls and complete automation of bulk call generation with traffic Support for Multiple Radio Simulation (up to 200 Radios) within single instance of the software Nes and snes emulator macValidated against VOTER version 4.0.28.1 BASELINE SPECIFICATION Volume 1 - GRS Radio ED-137/1C compliance and VOTER version 4.0.28.2 BASELINE SPECIFICATION Volume 2 - VCS Radio ED137/1C compliance Allows to define DSCP (Differentiated Service Code Point) values for signaling and voice traffic Supports multiple Profiles (Users/End points) from single node Depicts easy to understand call flow graphs of SIP message exchanges and message contents (SIP headers and SDP attributes) Supports transport over IPv4, IPv6, UDP and TCP Supports sending simultaneous squelch on selected multiple Radios Supports simulation of Dynamic Delay Compensation messages - Request for Measurement Message (RMM) and Measurement Answer Message (MAM) Support for user-events that can be applied dynamically on an established call (Re-Invite, PTT Priority, Signal Quality Information (SQI), CLIMAX Time Delay, Receive Traffic, Delay Compensation messages (RMM and MAM), Radio Remote Control, Impairments, Play to Speaker, RTP Audio/R2S-Keepalives Supports PTT Summation and Coupling PTT Summation modes No disconnect of active sessions when GRS frequency id changes WG67 KEY-IN event package includes frequency id (fid) parameter to inform the User Agent about the new Frequency ID (fid) Supports selective calling with SELCAL tone transmission CWP and GRS nodes support Radio Receiver Multicast operation Supports sending audio using microphone and playing audio to speaker on multiple sessions Option to define multiple traffic profiles for simultaneous simulation of various traffic actions Supports all standard codecs, including G.711 (mu-Law and A-Law) and G.729 Supports user-defined and automated traffic actions on the call Provides aggregated voice quality statistics such as MOS/R-Factor, packet loss, duplicate and out of sequence packets Set impairments (Packet Loss, Packet Effects and Latency) in relevant profile in real time Send and receive live speech, pre-recorded speech files, digits and tones Load testing and background traffic generation Functionality testing of nodes in next generation VoIP ATM In-the-field installation, system configuration and commissioning Allshare samsung tv downloadSupports all SIP Methods, Headers and mandatory/optional SDP attributes defined in ED-137/1B. Supports Normal/emergency radio sessions, all PTT Types and Radio call types. Record to file, detect digits/tones), Update Signal Quality Information, Radio Remote Control signal, and Playback the call on PC speaker. Real-time and/or historical data analysisAir-Ground call simulation (as per ED137_1B: Radio)A typical ED-137 Radio Call between CWP and GRS entities in Air-to-Ground call at one of the peer-end is as shown below.MAPS™ ED-137 Radio can be configured as CWP for placing calls, and can also be configured as GRS to receive calls, thus simulating outgoing and incoming messages in Air-to-Ground call.MAPS™ ED-137 Radio configured as GRS and CWP nodes in the networkOnce a call is established between the two terminals ‘KeepAlive’ messages are exchanged between the terminals.Many other Events can be applied at CWP/GRS on an ongoing call such as PTT priority handling, Send Re-Invites, Apply Time Delay in msec, Start/Stop sending RTP Audio/R2S-Keepalives, Start/Stop Impairments, Receive Traffic (i.e. Supports generation of Real-time Session Supervision (R2S)-KeepAlive Packets and RTP Header Extensions to carry Radio signaling information as per ED-137/1B standard Emulates Radio interfaces at Controller Working Position (CWP) or Ground Radio Station (GRS) endpoints as per ED-137/1B Compliance User specified IP addresses in Profile will be created as virtual IP addresses on the NIC interface used by the system. These files allow configuring multiple radios with unique set of parameters for each radio such as Contact address, Address of Record, RTP IP Address, Radio type, Frequency-ID, and Permitted user list.Colour codes are used to sort and group all related calls and make it easier to visually distinguish calls belonging to a particular Radio.IP spoofing feature allows multiple CWPs/Radios to be simulated using unique IP address from a single system. Each simulated Radio is a logically separated Radio with similar capabilities.ED137_Radio_GRS_Profiles is an XML configuration file that includes a set of multiple sub-profiles. User can simulate up to 200 Radios (with unique IP addresses) in one system and each simulated Radio will have its own set of parameters defined in XML based configuration files. Option to define radio frequency, radio maintenance mode and permitted users list Supported events - PTT on/off, Transmit CLIMAX Time Delay, send Re-Invite, receive traffic, impair traffic, and Play back the call on speaker Radio Call types – Radio Idle, Rx Only, Radio Tx Rx, and Coupling PTT Call types- Normal PTT On, Coupling PTT On, Priority PTT On, and Emergency PTT On ![]()
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