| Model Libraries
greatly extend the base capabilities of QualNet
and EXata. All Libraries are available for sequential
and parallel platforms.
- Developer Library, included
with QualNet Developer and EXata, for modeling
a large variety of networks, including WANs,
LANs, IPv6, abstract satellite, etc.,
- Wireless Library, included
with QualNet Developer and EXata, for 802.11a/b/g
and mobile ad-hoc networks,
- Multimedia and Enterprise Library,
included with QualNet Developer and EXata, for
modeling VOIP, queueing, scheduling, MPLS, and
other Quality of Service capabilities,
- Advanced Wireless Library
for 802.16 and 802.16e, also known as WiMAX,
- Sensor Networks Library for
802.15.4 networks, also known as Zigbee,
- Cellular Library for modeling
GSM cellular networks,
UMTS Library for for third Generation (3G) mobile
broadband networks,
- Network Security Library
for modeling networks with encryption, authentication,
security keys, certificates, as well as attackers
and eavesdroppers,
- Standard Interfaces Library
** for integrating QualNet to a number of complementary
simulators via HLA or DIS.
- Satellite Library for modeling
satellites and ground nodes.
- Propagation Library: ALE/ASAPS‡
for modeling the ALE military radio and propagation
effects
- Propation Library: TIREM‡
for terrain and propagation effects based on
the Terrain Integrated Rough Earth Model, and
- Propation Library: Urban
for urban and suburban pathloss and terrain
effects.
** These libraries require code from a third
party.
‡ These libraries are subject to export restriction
under the International Traffic in Arms Regulations
(ITAR) 22 CFR 120-130. International sales of
these modules require authorization from the US
Department of State.
Key Capabilities of SNT Models
- Mobile ad-hoc network models enable modeling
of existing installed network infrastructure
from every major program, legacy or future,
and protocol/device standard
- Detailed wireless models including fading,
signal-to-noise interference, path loss, terrain,
modulation, mobility, and antennas allow modeling
of highly detailed phenomena, such as the banking
of an airplane and how it affects on-board routers
- Terrain models including TIREM, DTED, and
DEM means QualNet is able to source terrain
from most COTS vendors including indoor, urban,
suburban, and forested.
- Detailed models with parameters such as signal
power levels, data rates, routing protocols,
antenna weighting, link scheduling, and scalability
enable identification and correction of weak
performance in specific network components
- Quality of Service modeling capabilities for
multimedia and mission-critical applications
enables incremental “what if” scenario testing
to identify specific conditions that threaten
service level performance
- Models for sensor networks, urban terrain,
and directional antennas support new network-centric
war doctrines and battle plans by matching conditions
in specific battle fronts during the network
design phase
Data Sheets
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