Zigbee Simulator

Zigbee Simulator

Introduction of Zigbee Simulator

           The wireless sensor network includes several emerging standards and Zigbee is one among them and its main intensions are to reduce the cost of applications, reduction in power consumption and low data rate. As per the principles of nomenclature, it is used for the execution of low rate wireless personal area network. In addition, the upper layer of ISO protocol reference model such as network and application layers are defined as the Zigbee.

Primary Utilization of Zigbee Simulator

         The following is about the significant uses of Zigbee simulator, our research experts have listed out these functions.

  • Message service
  • It is created to provide the appropriate approach for the information of treatment and that to avoid the requirements of adapting the protocols and potentials of KVP and it permits the arbitrary payloads for the transmission through APS frames
  • Key value pair service
  • It is considered as the process of configuration and it permits the modification, requests and description over the normal simple interface through provision of event primitives and that allows the request and response for the configuration process

Substantial Modules in Zigbee Simulator

          Our experienced research professionals have enlisted the topical list of modules that are functional in the Zigbee simulator. The vehicular ad hoc network is considered as the creation of MAC layer configuration and physical layer configuration. In addition, the Zigbee coordinators and road side sensors are controlled to route the messages in vehicles.

Major Classes in Zigbee Simulator

        There are several classes in the field based on Zigbee simulator, for your reference our technical experts have highlighted few classes in Zigbee simulator.

  • LrWpanMacHeader
  • It is deployed in all the 4 types of 802.15.4Mac headers frames such as
  • Command
  • Acknowledgement
  • Data
  • Beacon
  • Backoff
  • It is based on CSMA module and implementing the Backoff scheduling process

Intergrated Tools in Zigbee Simulator

          The functions of simulation tools are deployed to produce the appropriate results for the research. Here, we have highlighted some significant research tools which are used in the process of Zigbee simulator.

          The process of Ns3 simulation integration is functional for the efficiency of RFID is developed through the integration of wireless sensor network, internet of things and Zigbee mesh network. The system is deployed to sense, identify and position the real time locating system of items that are occurred in the indoor heterogeneous region. The system is considered as the provision of real time richer information of the characteristics, location and environmental parameters such as humidity, noise, temperature and etc.

Programming Languages in Zigbee Simulator

         As a matter of fact, the Zigbee simulator based projects includes various system requirements and we have highlighted all the essentials in the following. For your reference, our technical experts have enlisted the required programming languages for Zigbee simulator.

  • OMNeT++
  • Ini format files
  • Ns2
  • Awk script
  • Ns3
  • Python

OS Support in Zigbee Simulator

          In the following, we have listed out the details about operative systems to implement the research project based on Zigbee simulator.

  • Ubuntu – 18.04
  • Ubuntu – 14.04
  • Windows – 8 (64 bit)
  • Windows – 7 (32 bit)

Tools Versions in Zigbee Simulator

          The tools versions are denoted as the significant phase to implement the research project based on Zigbee simulator.

  • Cooja – 3.0
  • Ns 3.30
  • OMNeT++ 5.0

Required Protocols in Zigbee Simulator

          For your reference, our research professionals have highlighted the list of protocols used in the Zigbee simulator research project. In addition, we provide support for all the types of protocols which are apt for Zigbee simulator.

  • UART
  • Universal asynchronous transmitter receiver is abbreviated as UART is denoted as the hardware communication protocol and it is functioning through the utilization of asynchronous serial communication along with the speed of configuration

Topical Subjects in Zigbee Simulator

          Below, our research professionals have enlisted the notable research subjects based on Zigbee simulator.

  • Optical network
  • Industrial internet of things
  • Vehicular sensor network

Essential Parameters in Zigbee Simulator

           Parameter plays the significant role while evaluating the research project after completing the research. Consequently, our research experts have highlighted the parameters based on Zigbee simulator.

  • Reliability
  • It is denoted as the ability of network based on the utilization of mechanisms and algorithms
  • Jitter
  • It is considered as the variation of latency of packets and they are measured through milliseconds
  • Scalability
  • It is increased in size of network as per the nodes

Subject Based Modules in Zigbee Simulator

         Below, we have highlighted the list of subject based modules utilized in the implementation process of Zigbee simulator.

  • It is used to create the wireless personal area network process in Ns3

Key Syntax in Zigbee Simulator

         Let us take a look at process of syntax in Cooja code for add a new fragment to the buffer system based on Zigbee simulator, this considered as the simulation setup for experimental results in the research project.

static int8_t
add_fragment(uint16_t tag, uint16_t
frag_size, uint8_t offset)
int i;
int len;
int8_t found = -1;
if(offset == 0) {
/* This is a first fragment - check if we can add this */
for(i = 0; i < SICSLOWPAN_REASS_CONTEXTS; i++) {
/* clear all fragment info with expired timer to free all fragment buffers */
if(frag_info[i].len > 0 &&
timer_expired(&frag_info[i].reass_timer)) {
/* We use len as indication on used or not used */
if(found < 0 && frag_info[i].len == 0) {
/* We remember the first free fragment info but must continue the loop to free any other expired fragment buffers. */
found = i;
if(found < 0) {
PRINTF("*** Failed to store new fragment session - tag: %d\n", tag);
return -1;
/* Found a free fragment info to store data in */
frag_info[found].len = frag_size;
frag_info[found].tag = tag;
timer_set(&frag_info[found].reass_timer, SICSLOWPAN_REASS_MAXAGE * CLOCK_SECOND / 16);
/* first fragment can not be stored immediately but is moved into the buffer while uncompressing */ return found;
/* This is a N-fragment - should find the info */
for(i = 0; i < SICSLOWPAN_REASS_CONTEXTS; i++) {
if(frag_info[i].tag == tag &&
frag_info[i].len > 0 && linkaddr_cmp(&frag_info[i].sender,
packetbuf_addr(PACKETBUF_ADDR_SENDER))) {
/* Tag and Sender match - this must be the correct info to store in */
found = i;
if(found < 0) {
/* no entry found for storing the new fragment */
PRINTF("*** Failed to store N-fragment - could not find session - tag: %d offset: %d\n", tag, offset);
return -1;
/* i is the index of the reassembly context */
len = store_fragment(i, offset);
if(len < 0 && timeout_fragments(i) > 0) {
len = store_fragment(i, offset);
if(len > 0) {
frag_info[i].reassembled_len += len;
return i;
} else {
/* should we also clear all fragments since we failed to store this fragment? */
PRINTF("*** Failed to store fragment - packet reassembly will fail tag:%d l\n", frag_info[i].tag);
return -1;

Prominent Applications in Zigbee Simulator

        For your ease, our research professionals have enlisted the significant applications based on Zigbee simulator process.

  • Data logging
  • In general, the wireless sensor networks are deployed to collect the data to monitor the environmental information and it is capable to monitor the temperature of fridge and the level of tank over flow in nuclear power plants
  • Machine health monitoring
  • The wireless sensor network is enhanced through the machinery condition based maintenance and they are providing the significant cost to save and permit the novel functionalities. It is placed in a location which is difficult which is impossible to react the wired system such as
  • Untethered vehicles
  • Rotating machinery

Typical Algorithms in Zigbee Simulator

           Generally, the data placement algorithms are considered as the assistive system for the process in fog layer, applications in particular devices, data and the distribution of services. For your reference, we have enlisted the notable algorithms in Zigbee simulator.

  • RSA is considered as the public key encryption algorithm and it includes the standards to encrypt the data which is sent through internet
  • Efficient data packet iteration and transmission algorithm

Latest Areas in Zigbee Simulator

         We have listed down the most novel research areas in Zigbee simulator for the research scholars to get a quick grasp over the research subjects.

  • Hop count based routing
  • Energy efficient routing

Foremost Process in Zigbee Simulator

           Below, we have highlighted the substantial processes which are essential for the project implementation of event handing using Zigbee simulator.

  • Start
  • Interrupts are turned off
  • Initialization for broad related stuff
  • Operating system initialization
  • Turn on interruptions
  • System task initialization

Significant Steps in Zigbee Simulator

           In the following, our technical experts have highlighted the notable research steps which are used to implement the securing Zigbee simulator.

  • Waspmote and squidbee Zigbee security model
  • Coordinator
  • Security in Zigbee protocol

Routing Protocols in Zigbee Simulator

        For your ease, our technical experts have highlighted the significant routing protocols which are used in the analysis process of Zigbee simulator.

  • Zone based hierarchical link state routing protocol with the flooding gateway
  • Flow oriented routing protocol

Innovative Project Titles in Zigbee Simulator

           For your reference, our technical experts have listed out some of the research topics with the appropriate implementation process through the reference of screenshots based on the Zigbee simulator.

Live Tasks
Technology Ph.D MS M.Tech
NS2 75 117 95
NS3 98 119 206
OMNET++ 103 95 87
OPNET 36 64 89
QULANET 30 76 60
MININET 71 62 74
MATLAB 96 185 180
LTESIM 38 32 16
CONTIKI OS 42 36 29
GNS3 35 89 14
NETSIM 35 11 21
EVE-NG 4 8 9
TRANS 9 5 4
PEERSIM 8 8 12
RTOOL 13 15 8
VNX and VNUML 8 7 8
WISTAR 9 9 8
CNET 6 8 4
ESCAPE 8 7 9
VIRL 9 9 8
SWAN 9 19 5
JAVASIM 40 68 69
SSFNET 7 9 8
TOSSIM 5 7 4
PSIM 7 8 6
ONESIM 5 10 5
DIVERT 4 9 8
TINY OS 19 27 17
TRANS 7 8 6
CONSELF 7 19 6
ARENA 5 12 9
VENSIM 8 10 7
NETKIT 6 8 7
GEOIP 9 17 8
REAL 7 5 5
NEST 5 10 9

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