Search Results for "wireless sensor networks simulators"

PerLa project aims at defining a full declarative high level language that allows to query a pervasive system, hiding the difficulties related to the need of handling different technologies.

STEAM-Sim establishes a hardware/software/network co-simulation of wireless sensor networks. Original C code is used in simulation. The code is natively executed by the cpu where the simulation is run. The time annotation engine annotates the C source code used for simulation with the timing information as if the code is run on a microcontroller. The annotation process is fully automated. Hardware models are developed using the PAWiS framework and reflect the timing, functionality, and energy-consumption of real-world hardware such as a CC2420 radio transceiver. ...

TakaTuka is an open source, highly portable Java Virtual Machine (JVM) for tiny embedded devices (e.g. motes) and wireless sensor networks. This project is available under GNU GPL version 3.

The FLEXOR is a software architecture that is designed to support the testing and management of WSN protocols and applications in a flexible way. Its main goal is to provide run-time support to experiments on backchannel-free sensor networks.

TeenyLime is a middleware simplifying the development of wireless sensor networks applications. The foundation for TeenyLime is the notion of tuple space, a repository of elementary sequences of typed fields, called tuples.

This is a research project that aims to build a multi-threaded operating system environment for wireless sensor networks, called LiteOS, that implements a few novel features for wireless sensor network software development.

Our IDS monitors the presence of selective forwarding, jamming and hello flood attacks and employs the neighbor-based detection technique. The IDS works on TinyOS running the CTP. The IDS agents operate as standalone, 1 or 2-hop collaborating units.

Titan allows service-oriented processing of context recognition applications on Wireless Sensor Networks. It includes an execution environment developed for TinyOS and a Java ME (Personal Profile) Network Manager intended to be run on a mobile phone.

WSD4WSN provides Wireshark dissectors for the analysis of Wireless Sensor Networks (WSNs) based upon the IEEE802.15.4 protocol, to be used with the wireshark network packet analyzer.

N-sim is a framework for studying and developing wireless sensor networks. It emulates the computation of sensor platforms, simulates the wireless communications, and allows plug-in models for source detection simulation. Intended for cluster computing.

The BTnode is an autonomous wireless communication and computing platform based on a Bluetooth radio and a microcontroller. It serves as demonstration and implementation platform for research in mobile and ad hoc (MANETs) and distributed sensor networks

Aggressive Rectangle Truncation (ART) with Location Verfication Mechanism is a localization algorithm in wireless sensor networks written in nesC.

Framework to simplify developing applications that use wireless body sensor networks (bodynets). Manages sensor sampling, data buffering, local processing and communication. Supports embedded devices running TinyOS and any Java-capable gateway.

Logical Neighborhoods is a a high-level programming abstraction for wireless sensor networks that simplifies the development of fully distributed, embedded networked applications.