Mobile ad hoc networks (MANET) topics thesis help and research guidance

Mobile ad hoc networks (MANET) topics thesis help and research guidance


Mobile Ad-hoc wireless networks (MANET) thesis topics are a comparatively new paradigm in multi-hop wireless networking that is increasingly becoming popular and will become an essential part of the computing environment, consisting of infra-structured and infrastructure-less mobile networks. Mobile ad hoc network (MANET) Research Guidance is an infrastructure-less multi-hop network where each node communicates with other nodes directly or indirectly through intermediate nodes. The credit for growth of Mobile ad hoc networks (MANET) thesis topics goes to its self-organizing and self-configuring properties. All nodes in a MANET basically function as mobile routers participating in some routing protocol required for deciding and maintaining the routes. Since MANETs are infrastructure-less, self-organizing, rapidly deplorable wireless networks, they are highly suitable for applications involving special outdoor events, communications in regions with no wireless infrastructure, emergencies and natural disasters, and military operations, mine site operations, urgent business meetings and robot data acquisition.


Mobile Ad hoc networks (MANET) Thesis Topics have many features, which make them quite distinct from wired networks and thus require innovative ways to implement the network functionalities.

  • Wireless medium: The wireless medium used by the nodes to communicate with each other has time-varying coverage and asymmetric propagation properties. It is less reliable and more prone to interference compared to a wired medium.
  • Dynamic Topologies: Nodes are free to move arbitrarily with different speeds; thus, the network topology may change randomly and at unpredictable times.
  • Infrastructure less Network: Network is not depending on any fix infrastructure for its operation.
  • Power Management: As the nodes are not fixed, they rely on batteries as their power source. Thus mechanisms and protocols devised for such networks need to keep the energy constraint in mind.
  • Peer-to-Peer nature: These are not fixed nodes with pre-defined roles. Thus, all protocols need to be designed for distributed environments composed of “peers” and need to be robust enough to handle these distributed dynamic topologies. These different characteristics of wireless ad hoc networks require different techniques than the wired networks, especially at the three lower-most layers, to effectively perform the network functions. The widely adopted standard for wireless networks, at the physical and data-link layer is IEEE 802.11 (for wireless local area networks).
  • Limited computing and energy resources: There are limited computing power, memory, and disk size due to the limited battery capacity, as well as limitation on device size, weight, and cost.
  • Limited service coverage: Due to device, distance between devices, network condition limitations, service implementation for wireless devices is more challenging as compared to the wired networks and their elements and at the same time Mobile Ad hoc networks (MANET) thesis topics faces many constraints.
  • Higher interference results in lower reliability: Infrared signals suffer interference from sunlight and heat sources, and can be shielded/absorbed by various objects and materials. Radio signals usually are less prone to being blocked; however, they can be interfered by other electrical devices. The broadcast nature of transmission means all devices are potentially interfering with one another. Self-interference also happens due to multipath.
  • Highly variable network conditions: Higher data loss rates due to interference. User movement causes frequent disconnection. Channel changes occur as users move around. Received power diminishes with distance.
  • Limited Bandwidth: Wireless links continue to have significantly lower capacity than infrastructure networks. In addition, the realized throughput of wireless communications – after accounting for the effects of multiple access, fading, noise, and interference conditions, etc., is often much less than a radio’s maximum transmission rate.


The deployment of a Mobile Ad hoc networks (MANET) Thesis Help is easy due to the absence of setting up any infrastructure for communication. Mostly such kind of networks is required in military application and emergency rescue operations. But slowly Mobile Ad hoc networks (MANET) Thesis Help have entered with the areas of gaming, sensing, and conferencing, collaborative and distributed computing. This dynamic network is yet to capture most of the commercial applications. Research is still going on in this direction so that the Mobile Ad hoc networks (MANET) Thesis Help can be deployed in any area where a faster and cheaper network can be setup instantly for data communication.

  • Military Services: Military services are one of the most discussed and common application area of mobile ad hoc networks thesis (MANET) Research Guidance where installation of any fixed infrastructure is not possible in the enemy territories or inhospitable terrains. In this environment Mobile Ad hoc networks (MANET) Thesis Help provides the required communication mechanism in no time. Here, the soldiers are considered to be the mobile nodes. So the network is required to remain connected even though the soldiers move freely. This support is provided by the Mobile Ad hoc networks (MANET) Thesis Topics. Another application in this area can be the coordination of the military objects and the personnel in the battlefield. For example, the leader of a group of soldiers may want to pass a message to all the soldiers or a group of soldiers involved in the operation. In this situation, a secure and reliable routing protocol should be able to do the job.
  • Emergency Services: These arise as a result of natural disasters when the entire communications infrastructure is in disarray (for example, Tsunamis, hurricanes, earthquake etc.) where restoring communications quickly is essential. By using Mobile ad hoc networks (MANET) thesis implementation, an infrastructure could be set up in hours instead of days/weeks required for wire-line communications.
  • Education: Universities and campus settings, Virtual classrooms, Ad hoc communications during meetings or lectures
  • Sensing and Gaming: Sensor network is a special case of  Mobile ad hoc networks (MANET) Thesis Assistance where mobility is generally not considered. However the battery power is a key factor in sensors. Each sensor is equipped with a transceiver, a small micro controller and an energy source. The sensors relay information from other devices to transport data to a central monitor. The sensors are used to sense the environmental condition such as temperature, pressure, humidity etc. In this case they form an Mobile ad hoc networks (MANET) to collect intended information. The mobility can also be incorporated into the sensor network where they are meant to study the behavior of tornado or to study the behavior of patients in the hospital.
  • Personal Area Networking: Personal communicating devices like laptops, PDAs, mobile phones create a network to share data among one another called the Personal Area Network (PAN). The PAN covers a very short range for communication and can be used for ad hoc communication among the devices or for connecting to a backbone network.

Application Layer of Mobile Ad hoc Networking (MANET) Research Guidance

Network layer multicast is the most efficient way to support multicast. Application layer multicast possesses several features, such as (1) it is simple to deploy, (2) intermediate nodes do not have to maintain group state, (3) creation of a virtual topology and (4) overlay multi casting.


There are number of Benefits of Mobile ad hoc networks (MANET) in Thesis List, which is list below and provides us best results related to our research work. These advantage is very useful and helping for MANET Research Guidance.

  • This can be developed where there is less telecommunication infrastructure.
  • Cost estimation is very less.
  • These networks can be set up at any place and time.
  • MANET is multi-hop network with autonomous terminal and dynamic network topology.
  • MANET can be used as temporary network.
  • It requires less time.


There are many Disadvantages of MANET (Mobile Ad hoc Network). These are as follows:

  • Energy Consumption: Energy management is process of managing the sources and consumers of energy in node or in the network as a whole for enhancing the lifetime of the network.
  • Security in MANET: Security in Mobile Ad hoc Network is very important especially in military applications. Lack of central coordination and shared wireless medium makes them more vulnerable to attacks than wired network.
  • Deployment Consideration: During deployment of Ad hoc wireless network involves actions different from the wired network. It needs good amount of planning and estimation of future traffic growth.


In MANETs Thesis Assistance mobile nodes communicate with every node in multi hop fashion. It means a mobile node transmits a packet to destination via intermediate nodes. Therefore the availability of every node is equally important; otherwise, the overall performance of the network will be affected. For this reason and other design constraints, an efficient routing protocol is essential for MANET Thesis Assistance. The design of an efficient routing protocol for MANET Thesis Assistance is an active area of research and it is a challenging task. Various routing protocols are proposed and these protocols are broadly classified as proactive or table driven and reactive or on-demand. In proactive routing protocols mobile nodes update their routing tables from time to time by means of exchanging routing information. Due to this, proactive routing protocols create large number of control messages within the network. For this reason proactive routing protocols are not suitable for MANET Thesis Assistance.

In order to overcome the restrictions of proactive routing protocols, reactive routing protocols have been proposed for MANET . In reactive routing protocols a route is determined while it is needed. Reactive routing protocols comprise two main mechanisms i.e. route discovery and route maintenance.

A source node determines a route to a destination by the route discovery mechanism. A source node finds if there are any topology changes within the network by means of the route maintenance mechanism. In the route discovery mechanism a source node uses flooding mechanism to find all the available paths to a destination. After all paths are discovered a source node selects a path, which is shortest. The shortest path algorithm is not a good choice for MANETs. While the shortest path algorithm is used, nodes which are located at the center of a network carry more traffic as compared to nodes which are situated at the perimeter of the same network. Especially when multiple connections are used in the network, the wireless links located at the center of the network carry more traffic and therefore it gets congestion. This kind of congestion problem affects the performance of the network. Because of the nodes movement, the shortest path may break. However communication through a wireless medium is inherently not reliable and is also causes link errors. To overcome the restrictions of the shortest path routing protocols, researchers suggested multi path routing.

Services Title
Mobile ad hoc networks (MANET) topics thesis help and research guidance
Service Type
Mobile ad hoc networks (MANET) topics thesis help and research guidance
Service Provider Name
Shop No. 12,Sutlej Market,Near Bus Stand – Jalandhar Punjab (India)- Telephone No.+91-90412-62727
Service Location
Mobile ad hoc networks (MANET) thesis topics
Service Discription
Get Mobile ad hoc networks (MANET) thesis topics or complete thesis help from our experts. They provides you full support in the selection of topics and implementation related to MANET. For any kind of query call us at +91-90412-6 2727 or email us at

Leave a Reply

Your email address will not be published. Required fields are marked *