Bluetooth
Design Simulation
Suppliers of Bluetooth Design Simulation
tools software.
If you know of others please
e-mail us details. Thank you.
Elanix
Company Website
System View
is a Windows-based design, simulation and analysis software tool that
allows a design team to work together on a single platform.
It combines an intuitive block diagram interface and extensive libraries
for easy system design, as well as bit- and distortion-true
implementation in leading ICs.
Two different Bluetooth specific Application Notes are
available for download from the Elanix website. Each zipped Application Note
file also contains Bluetooth SystemView files. Application
Notes 1 and specific Application
Notes 2.
Highland
Systems Inc.
Company Website
Highland Systems, Inc. provides development,
analysis, and design services in support of advanced communications
network engineering efforts. The company specialize in creating
high-fidelity, discrete-event simulation models of emerging technologies
Bluetooth
Simulation Model Suite (Suitetooth) offers network, protocol, and
radio channel performance modeling for Personal Area Networks and ISM-band
coexistence.
Click here to
download a PDF file on the product.
Bluetooth/Wi-Fi
Coexistence Modelling Study looks at developing and integrating models of the
Bluetooth WPAN and Wi-Fi WLAN protocols. Resulting models will include
protocol logic derived from third parties as well as a custom,
high-precision PHY model implemented in the OPNET Radio Transceiver
Pipeline. Resulting model suite will be used to validate earlier studies
based on lower fidelity models. Bluetooth models will be extended to
include dynamic collision mitigation techniques including adaptive
frequency hopping, adaptive power management, and adaptive forward error
control (FEC).
Wireless Valley
Company Website
SIRCOM
- a Matlab-based indoor radio channel simulator that can be used for
simulation of the 2.4 GHz Bluetooth wireless environment
SMRCIM -
a Matlab-based outdoor radio channel simulator that can be used for
simulation of the 2.4 GHz Bluetooth wireless environment.
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