A minor patch release containing OMNeT++ 6.1 compatibility fixes (enum related issues). It contains also fixes for #880, #886, #913, #919, #956, #967, #974, #982. Several memory leak errors were fixed. Added logging and testing framework enhancements. Added a python/requirements.txt so Python dependencies can be installed by pip install -r python/requirements.txt. Fixed escaping errors with Python 3.12 in pythons scripts.
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A minor patch release of INET 4.5 has been released containing several fixes since the 4.5.1 version.
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This patch release resolves a Windows-specific linker error (missing symbols) that occurred when trying to build model frameworks based on INET. It was fixed by adding INET_API annotations where they were missing.
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This is a new minor stable release within the INET 4.x branch. The main feature of this release is the ability to concurrently run multiple simulations within the same process (requires OMNeT++ 7.0 preview 2 or later), along with an extended Ethernet cut-through switching functionality.
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This is a minor bugfix release, mostly fixing linker errors on Windows for projects depending on INET.
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Key features of TSN were added to the INET Framework in version 4.4 (requires OMNeT++ 6.0).
The model was developed together with an automotive industry partner to ensure relevance
and is able to simulate the most important features of this domain. TSN refers to a set of IEEE 802 standards that make Ethernet deterministic by default. TSN components in INET are composable, making them easy to modify and experiment with. They can also be used together in non-standard novel ways, or with other tools such as external solvers for gate scheduling.
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This is a new minor stable release of the INET 4.x branch. The highlight of this release is the implementation of several Time-Sensitive Networking (TSN) features. Also, INET is now fully licensed under LGPL.
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These maintenance releases contain compatibility fixes for OMNeT++ 6.0 and OMNeT++ 5.7.
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These maintenance releases contain compatibility fixes for OMNeT++ 6.0 Release Candidate 1 and OMNeT++ 5.7.
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These maintenance releases contain compatibility fixes for OMNeT++ 6.0 Preview 14 and OMNeT++ 5.7.
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These maintenance releases contain compatibility fixes for OMNeT++ 6.0 Preview 13 and OMNeT++ 5.7.
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These maintenance releases contain compatibility fixes for OMNeT++ 6.0 Preview 12 and OMNeT++ 5.7 Preview 1 or later.
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These maintenance releases contain compatibility fixes for OMNeT++ 6 Preview 11.
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This release contains a compatibility fix to build and run properly on OMNeT++ 6 Preview 11.
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This is a new minor stable release of the INET 4.x branch. The highlights of this
release are the infrastructure for Time-Sensitive Networking protocols, the EIGRP
routing protocol and DCTCP congestion control.
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This release contains a compatibility fix to build and run properly on Windows with OMNeT++ 6 Preview 10.
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This release adds an IPsec model, improves on UDPBasicApp, and contains small bug fixes. It requires OMNeT++ 5.3 or later, or OMNeT++ 6.0 Preview 9 or 10.
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INET supports the visualization of the physical properties of radio signals in the temporal,
spectral, and spatial dimensions in various forms. This visualization can help you understand,
for example, why a particular signal was received or not received successfully in the presence
of interference from other signals or noise.
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This version introduces a new, efficient and powerful multidimensional
representation of radio signals, which makes it possible to accurately simulate
phenomena such as cross-talk and coexistence. Associated visualization components
can display power density heat map, spectrum, spectrogram, etc. (see
demo).
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Three new showcase examples demonstrating the IEEE 802.11 model in INET
have been released.
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This release contains minor bug fixes and compatibility fixes for the OMNeT++ 5.4.1
release and for recent Linux distros. It requires OMNeT++ 5.3 or later.
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This showcase aims to highlight the antenna models available in INET.
The showcase contains an example simulation which demonstrates the
directionality of five antenna models. Four of these represent well
known antenna models, while the last one is a universal antenna
which can model any rotationally symmetrical antenna pattern.
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IEEE 802.15.4 is a widely used standard for wireless sensor networks.
INET has support for simulating various IEEE 802.15.4 physical and MAC
layers. This showcase demonstrates the narrowband IEEE 802.15.4 model
available in INET. It contains an example simulation which features
a wireless sensor network.
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This is a new minor stable release of the INET 4.x branch. It comes with some
backward incompatile changes, a few new features, a number of smaller improvements,
and many bug fixes. This version requires OMNeT++ 5.4.1 or later.
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In real life, many wireless devices have multiple radios so that
they can communicate on multiple wireless networks simultaneously.
Examples of such devices are mobile phones that have cellular, WiFi
and Bluetooth interfaces, or a dual-band wireless router. This
showcase demonstrates how such devices can be simulated in INET.
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Various new visualization showcases have been added that show how to display
terrain and urban environment, submodule and node related information and statistics.
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In complex simulations, there are usually several statistics that are
vital for understanding what is happening inside the network. Although
statistics can also be found and read in Qtenv’s object inspector panel,
it is often more convenient to directly display them on the top-level
canvas in a graphical form. INET supports such visualization in the
form of inspector figures that display various gauges and meters.
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These showcases demonstrate various elementary mobility models (both in 2D and 3D)
and how elementary mobility models (those that describe motion, position and
orientation on their own) can be combined to create more complex motion patterns.
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This showcase presents an example network that employs DiffServ to provide
preferential service to voice over other types of traffic.
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There are media access control (MAC) protocols designed specifically
for wireless sensor networks. INET has several such protocol implementations,
alongside IEEE 802.15.4 models. This showcase consists of two parts. In Part 1,
we demonstrate three wireless sensor network MAC protocols with three example
simulations of a wireless sensor network. In Part 2, we compare the three
protocols using statistics.
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INET contains support for visualizing radio signals as they
propagate through space, making it easy to see which nodes
are transmitting and which are receiving at any given time,
and what signals are present at various nodes.
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Most routing protocols for mobile adhoc networks (MANETs) can be categorized
as being either reactive or proactive. INET contains various routing protocols
for MANETs from both categories, and from other categories as well.
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INET has support for recording PCAP traces from simulations.
The recording process produces PCAP files that are similar to
real world PCAP traces, so one can use the same tools and
techniques for analyzing simulated traffic as used on real
traffic, such as Wireshark and TCPDump. Knowledge of PCAP
can be reused in the context of simulations.
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With the new INET 4.0 release, the development of the old INET 3.x branch is
stopped. Users are strongly encouraged to use the new INET 4.0 version for new
projects and also for migrating existing projects. Admittably, migration is not
trivial, but there’s an ‘INET 4.0 Migration Guide’ to help with the task under
the ‘doc/misc’ folder.
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This is planned to be the last development release of the upcoming INET-4.0 version.
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This release contains minor bug fixes and compatibility fixes for the
OMNeT++ 5.3 Preview 4 release. It requires OMNeT++ 5.1 or later.
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This release is the next development snapshot of the upcoming INET-4.0 version.
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This release contains minor bug fixes and compatibility fixes for the
OMNeT++ 5.3 Preview 1 release. It requires OMNeT++ 5.1 or later.
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This release is the second development snapshot of the upcoming INET-4.0 version.
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We are happy to announce three new showcase examples for INET.
Path Loss Models demonstrates the use of various path loss models for
simulating radio propagation in INET, from simple ones like free space path loss
to more complex ones like Rician and Rayleigh fading.
Power Consumption demonstrates the modeling of energy consumption, energy
storage and generation in INET through the example of a mobile ad-hoc
network. Visualizing Transport Connections shows how to make INET add markers to
the endpoints of transport connections to help visually matching them.
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We are happy to announce the availability of two more showcase examples.
Styling and Appearance discusses how to customize the INET visualizers.
The Hidden Node Problem demonstrates the hidden node problem
in 802.11 networks and the associated use of the RTS/CTS mechanism.
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This release contains minor bug fixes and compatibility fixes for the final
OMNeT++ 5.2 release. It requires OMNeT++ 5.1 or later.
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How to configure IPv4 addresses and routing tables in an INET simulation
is a recurring question on the mailing list. It is not always trivial
how to use INET’s netwok configurator for various types of networks,
and how to incorporate special requirements. Therefore, we are particularly happy
to report that we have completed the writing of the
IPv4 Network Configurator Tutorial, and it has been made available
on the INET site. We hope that the tutorial will be useful, and help
users get the most of out INET.
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This release is the first development snapshot of the upcoming INET-4.0 version.
It contains a number of non-trivial backward incompatible changes compared to the
INET 3.x releases. These changes may require considerable efforts from INET users
to migrate their projects and protocols. The migration may affect INI files, NED
files, and C++ code. Please refer to the INET-4.0 migration guide under ‘doc/misc/’
for further details.
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We are happy to announce the first showcase examples and tutorials for the
INET Framework. We have been internally working on these items for over
a year.
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This release contains some important new features, several bug fixes, and a few
minor enhancements. It requires OMNeT++ 5.1 or later.
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This release contains mostly bug fixes and compatibility changes. It requires
OMNeT++ 5.1. Earlier versions of OMNeT++ are not compatible.
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This INET release requires OMNeT++ 5.0 or later. This is due to the new visualization feature
which uses the Canvas and OSG APIs introduced in OMNeT++ 5.0. Most other parts of the
codebase still builds with OMNeT++ 4.6.
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This release requires either OMNeT++ 4.6 or 5.0. (Earlier test versions of OMNeT++ will not work.)
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This is a minor maintenance release that requires either OMNeT++ 4.6,
or 5.0. (Earlier test versions of OMNeT++ will not work.)
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This is a minor maintenance release that requires either OMNeT++ 4.6,
or 5.0rc or later. (Earlier test versions of OMNeT++ will not work.)
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This minor version fixes several issues reported since the latest release.
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For this release, we put a lot of work into refining and validating the new, extensible 802.11 MAC model to make it ready for replacing the old codebase. We used the ns-3 Wifi model for validation. This INET version, in addition to other improvements and bug fixes, also compiles with the recently released 3rd beta of OMNeT++ 5.0.
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INET 3.1.1 is now available for download.
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INET 3.0.0 is now available for download. This release contains a lot of
new features and fixes compared to 2.6.
Please read the what’s new
file carefully to see all the changes in detail. This release is not source compatible
with 2.6 so you may need to adjust your models after upgrading.
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This release is the second snapshot of the development that has begun in
early 2013, and will culminate in the release of INET-3.0. The code is
now fairly stable and we do not expect major changes before 3.0.
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We are happy to announce the latest stable version of the INET Framework.
This version requires OMNeT++ 4.6 or OMNeT++ 5.0b1.
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Service Announcement: We have renamed the [email protected]
mailing list to [email protected], to better reflect the
purpose of the list as a discussion forum for those who contribute to INET. If
you are already subscribed, you don’t need to do anything, except for maybe
updating your mail filter rules. The mailing list continues to be available
at the updated web address https://groups.google.com/forum/#!forum/inetframework-contrib.
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This release is a snapshot of the development that has begun in early 2013,
and will culminate in the release of INET-3.0. The code is work in
progress, which means all details may still change until 3.0 is reached.
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We are happy to announce the latest stable version of the INET Framework.
This version requires OMNeT++ 4.6.
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We are happy to announce the latest stable version of the INET Framework.
This version requires OMNeT++ 4.3 or 4.4.
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We are happy to announce the latest stable version of the INET Framework. This version requires OMNeT++ 4.3 or 4.4.
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We are happy to announce the latest stable version of the INET Framework. This version requires OMNeT++ 4.2 or 4.3.
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This is the latest stable version of the INET Framework. This version is
now recommended for your further INET-based development. It requires
OMNeT++ 4.2 or 4.3.
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We are happy to announce the INET Framework 2.0.0 release. The INET
Framework is an open-source communication networks simulation package for
the OMNeT++ simulation environment. It contains models for several wired
and wireless networking protocols, including UDP, TCP, SCTP, IP, IPv6,
Ethernet, PPP, 802.11, MPLS, OSPF, and many others. We recommend that you
port your existing models to the new 2.0 version so you can benefit from
new features and improvements.
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We have just released the last 1.99.x version for the development branch of
INET. Highlights of this release are a new DiffServ framework and the
overhaul of the OSPFv2 model. You can download INET-1.99.5 here, or
read what’s new in this version here.
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We have just released a new version from the development branch of INET. It
contains some features that did not make into the previous version. You can
download INET-1.99.4 here, or read what’s new in this version
here.
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We have just released a new version from the development branch of INET.
You can download INET-1.99.3 here, or read what’s new in this version
here.
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INET-20111118 is an update of the previous stable INET version to the
just-released OMNeT++ 4.2, with a few bug fixes. The other download,
INET-1.99.2 represents a snapshot of the development effort ongoing since
the last 1.99.x release in March, which will eventually result in the 2.0
stable release. Download the source here.
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Work on INET is progressing fast. The 1.99.x snapshots represent the
consolidation of the INET codebase as well as integrating various external
INET extensions created by the community, and will eventually result in a
2.0 stable release. Download the source here.
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This release is a snapshot of work in progress, please do not use it for
research. The source is available from the download page.
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We are happy to announce a new release of the INET Framework,
INET-20110225. This release contains #include fixes needed for INET to
compile with OMNeT++ 4.2b1. (If you have your own copy or fork of INET, apply
this and
this patch.)
Other changes in this INET release include SCTP fixes and additional SCTP statistics by Alberto Cortes.
Download
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The INET Framework’s web site has received a face lift.
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Helene Lageber has contributed a BGPv4 model to the INET Framework. The
code is now available in the topic/bgpv4 branch of the INET repo; it will
be integrated into the INET master branch after some refinements and
testing.
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A new INET Framework has been released. The most significant change is new
features for the TCP model by Thomas Reschka. See the
release announcement.
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INET Framework