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Network thesis is the dedicated thesis writing supporting arm of our research guidance facility that gained huge popularity among researchers and students across the world. With the huge amount of research experience that we gained over the past 15 years, we have come up with a complete picture of network teasers writing in the following.

The network is the term used to denote the interconnection between computers and other digital devices through wires or wirelessly. In today’s digital world, every device is a part of a computer network. The specialty of these networks is that they can be connected among themselves and also to various other networks such as vehicular networks, sensor, and delay tolerant networks. Let us first start by understanding the issues associated with the network.


The issues in a network are primarily based on its structure and function. The following are the major problems in a wired network

  • Loss as a result of conjunction
  • Narrow window
  • Reduced speed of sending

Apart from these, there are also many other issues and challenges which we would discuss later. The increased aggression in sending information may lead to loss of reliability in wireless networks, which is one of its most important challenges. 

Worldwide network thesis research guidance

Now let’s see some important problems wireless networking

  • Allocation of resources (self organizing solutions are needed)
    • Huge network
    • Action spaces
    • Coupling variables for resource allocation
    • Problems on non convex optimization
  • Estimation and channel modeling (time varying channel model solutions and wireless channel estimation)
    • Unestablished relation among transmitted and received signals
  • Autonomous systems in wireless aware path planning
    • Involving locations (time dependent) and is dependent on environmental information
    • Requirement of decentralized and distributed solutions and dynamic settings
  • Handover (requires adaptive solutions and decisions on the fly)
    • Dynamic mobility is involved
    • Binary optimized variables
  • Estimating the behavior of wireless users
    • Time correlation and underlying factors (characterized)
    • Time scale variations
  • Methods and formats for delivering content (based on the requirements of users)
    • Discrete optimized variables
    • Time-varying content request
  • Predicting the time and demand of the computation task (continuous and time dependent)
    • This prediction must be based on the data and behavior of the users
  • Prediction of wireless content (dependent on user and time)
    • Arbitrary content request
    • Based on data analytics
  • Clustering tasks (computation)
    • Scanning all the tasks for computation and users is highly complex

We have proposed some of the best alternative solutions to the problems related to wireless networking, as mentioned above. There is another important research challenge associated with wireless networking that is the MAC design and expanded network scalability. Our technical experts proposed enhancement in physical and link layers to overcome this issue. So whatever be the research problems that you might face, you can readily reach out to our technical team for advanced solutions and designing Network Thesis. What are the real-time applications of networks?


Usually, the successful attempts of solving research problems in networking are registered after getting them implemented in real-time. In this regard, let us now look into the important real-time network applications.

  • Data sharing in smart systems
  • Industrial and vehicular communication
  • Transmission of data in cellular networks
  • Live video telecast using drones
  • Data sharing for control and monitoring purposes in health care.

These are the general applications of network applications. We have provided the most specific applications of networking below. 

  • UAV
    • Traditional Schemes
      • UAV control and detection
      • Catching and deployment along with the estimation of position
    • Future scope
      • RNN based or algorithm can be used in USB path planning and handover for UE UAV
      • SNN based algorithm in air to ground channel modeling and predicting UE UAV trajectory
      • CNN based algorithm in multi-hop Aerial network design
      • DNN based RL algorithm for management of resources
  • Computing and caching
    • Traditional Schemes
      • Caching architecture
      • Predicting the popularity of content and its distribution request
      • Replacement of cache
    • Issues
      • Classifying the content
      • Constraints on ANN storage
      • Data cleaning
    • Future scope
      • CNN based algorithm for user task clusters and content correlation analysis
      • SNN based algorithm for predicting computational time and demand
      • RNN based RL algorithm for data transmission techniques and  resource allocation and caching  computations
  • VR
    • Traditional Schemes
      • Allocation of resources
      • Predicting gaze and head movement
      • Data transmission and caching
    • Problems
      • Data errors
      • Constraints in resource and calculation time
    • Future scope
      • CNN based algorithm for correcting VR images, coding and decoding of VR videos and quality content
      • RNN prediction algorithm for prediction of VR and wireless users joint environment, movement of VR users
      • SNN based algorithm for during the prediction of videos
      • DNN based RL algorithm for management of video format and resource computations
  • Multi – RAT
    • Traditional Schemes
      • Management it of resources
      • Selection of RAT and mode
      • Classify the technology used for transmission
      • Scheduling of multi radio packet
    • Challenges
      • Channel selection and load estimation
      • Predicting mobility and load balancing
    • Future scope
      • CNN based algorithm for LoS link detection
      • SNN based algorithm for estimation of channels and channel modeling in millimeter wave
      • DNN based (RL) algorithm for tilting antenna and multi RAT  mmwave links
      • RNN based algorithm for multi RAT mm wave links

Generally, researchers expect simple and advanced explanations on the problems with the existing box and the best solutions suggested overcoming them. Only then it becomes easy for them to analyze the future scope of any research topic. If you wish to get all your research needs to be fulfilled in that one spot, then reached out to our page on network thesis and contacted our technical team at any time. What is the necessary information that one should know regarding networking? 

  • Network type and topologies (architecture design)
  • Simulation scenarios, tools and configuration
  • IEEE and communication standards (technology)
  • Important processes and operations involved in the mobility model (and channel)
  • Network performance metrics

Usually, researchers reach out to us for authentic sources of data on the above points. Here it becomes important to note that we have got a devoted team of experienced writers, developers, and engineers who involve themselves in collecting authentic research data from benchmark sources. For more information, connect with us through any means to craft network thesis. What are the present-day limitations in computer networks?


Whenever you take up research in any field, looking into the major constraints and limitations is very important because a huge motivation can be built only when you find ground to implement your ideas as solutions. So now, let us look into the current limitations in networks.

  • Security threats and mechanism to prevent them (privacy of data)
  • Interference among cells while the users are at high speed
  • Scalability and energy consumption in a network
  • Lack of connectivity (at edge cell)

In general, there are few possible implementable research solutions that are found over the past decade for the above-mentioned limitations. Still, the field demands many innovations going to the incorporation of new advanced technologies into it. So the research ideas based on computer networks also revolve around these segments. 

Research Network Thesis Assistance


Let us now look into some of the major and trending research ideas in computer networks

  • Scheduling and controlling network topology
  • Cyber security mechanisms including insider threats
  • Power and spectrum assignment
  • Game theory for computer network security and the dynamic mechanism of network defense
  • Management of mobility handover process and interference
  • Network coding and slicing orchestration
  • Allocation of resources, multicast beam forming and VM migration
  • OPEX and CAPEX (backhaul and front haul)

We are providing result support on all the above topics to craft network thesis. Researchers often look for support for their novel ideas. In order to act as a backbone to them here, we are providing ultimate research guidance on any innovative ideas and solutions. When you take up an innovative approach, you would need experienced engineers and developers to help you design or frame your project with suitable algorithms. What are the different types of algorithms that are used in networking today?


Let us now look into the major deep learning algorithms below.

  • Stacked autoencoder
  • Flood fill and Lee algorithm
  • Hidden Markov model
  • Game theory and Heera stick models
  • Maze creation algorithm (BFS, DFS and A*)
  • Deep and usual convolutional neural networks
  • AlexNet, GoogleNet, SliceNet, LiteNet
  • Huffmann Coding and RLE compression

The entire network project is guided to date incorporated one or more of these algorithms. So we gained huge expertise in handling them. 


Let us now look into to some of the major bio inspired algorithms below

  • Particle and cat swarm optimization
  • Elephant herd and crow search algorithm
  • Ant colony, emperor penguin colony, grey wolf and ant lion optimizer
  • Genetic algorithm, Firefly algorithm and cuckoo search

You can choose the most suitable algorithm from the above list for your project. Talk to our technical experts in order to know the limitations posed by each of them. There are also different probabilistic approaches regarding this algorithm use.

  • PILCO algorithm based on Q learning
  • Naive Bayes algorithm
  • Bayesian networks
  • Markov chain theory
  • K nearest neighbors
  • Probabilistic neural networks

In addition to this list, you can expect technical guidance for all kinds of network algorithms and related approaches from our online research guidance facility. We are one of the very few reputed research supporters throughout the world. In the following section, we are about to give you some information regarding network thesis writing


  • In order to start your network thesis writing work you should first dive deep into the current trends, network attack simulation model and configuration.
  • We insist this because networking has been a major area of research in many interrelated feels like electronics, 5g communication, information technology and computer science
  • Innovative researches are being carried out in different aspects of the field like hybrid and single networking (P2P, 5G, SDN, CDN and so on)

Added to this are the technical aspects of research which includes algorithm and incorporation of new technologies and much more. We give you step-by-step guidance for your network projects. Reach out to us for research and thesis writing support in networks. As mentioned above, let us now look into the recent trends in network projects. 


  • Preventing and detecting attacks
  • Harvesting and conservation of energy
  • Management of data (reliability aware)
  • Designing various network models and protocols
  • Optimization of scheduling and routing

These days’ innovations are evolving on a daily basis where you would need expert guidance to make one of the best network thesis. A project does not limit itself in design and implementation; rather, it extends well beyond that. We are providing complete research support on all aspects of your research.


We have become more famous in the field of network project guidance mainly due to our exclusively committed team of experts who orient themselves in various aspects to guide you. While attempting to write a network thesis, the first step involved the collection of data or literature survey. In order to harvest the best research materials and data, you can consider the following points during the phase of data collection.

  • Existing works and their results
  • Both successful and unsuccessful attempts
  • Prevailing research gaps and techniques to fulfill them

In this way, we guide our customers to have a systematic approach to their projects. Usually, we render customized research support that is very well planned and drafted. As a result, we ensure that our customers do not miss out on any point. Regarding this planning, we have given some important objectives with which we carry out our work efficiently.

  • First we take steps to identify the wide interest of our customers
  • Secondly we give the essential literature and review papers for them to have in-depth analysis
  • Then the result issues associated with the topics are presented to them
  • The existing solutions along with novelty for every research issue are also provided
  • Conceptualization of research matters play a significant role

When we forward to our customers in this manner, we get to enjoy their result experience as too many frustrations are completely avoided even at the very beginning. In order to write the best network thesis, consider the following points.

  • The thesis should focus on the research question and the domain that you take up
  • The objective of your thesis must be explicit
  • Be sure to address all the research issues and problems in the field
  • It should also include the common and the best solutions to those problems
  • Finally be sure to jot down all the results that you acquired and report the ways in which you are approached the high outputs

For all these aspects to be included in a thesis, you might need some technical advice and support. You need not worry in this respect as we are here to support you completely. As we have been in the field of network teachers writing for more than 15 years, we are well aware of the rules and formats followed by top universities and colleges across the world. And also, you can get the best project support which includes all aspects of research starting from the choice of topic, design till thesis writing and paper publication, and so on from us. We ensure complete grammatical checks, multiple revisions, and an internal review to support you. What are the points to be remembered in network simulation?


Technically speaking is readily support you in writing algorithm and choosing the best simulation tools for your project. 

  • Network simulation is the method by which you can evaluate the performance of your project under various circumstances.
  • A network simulation tool provides complete analysis on the project design by registering the interaction of different network components

Now you might have a question on what kind of simulation tools are used in network thesis?

  • OMNET++ and OPNET
  • LTESIM, Tossim and PSim
  • Cooja and MATLAB
  • NS2, NS3
  • Mininet and Contiki OS

We have used all the about simulation tools in various projects that we delivered. Reach out to us to get the technical details of these simulators. Now let us look into the ways a network is configured for simulation.


Configuring for setting up the network for simulation involves the following aspects.

  • The proper settings controls policies and flaws are first assigned for network configuration
  • Configuration of virtual networks is comparatively easier than real-time physical networks
  • Manual configuration is greatly reduced in virtual networks

So it’s important for you to decide upon the different objectives for which you carry out research so as to completely configure the network to suit your project needs. Consider the following points for network simulation configuration

  • Specifying the software’s and hardwires
  • Installation of simulators with appropriate versions
  • Installation of the necessary tools
  • Optimal configuration of the network which includes the following
    • Area and topology
    • Generation of packet
    • Algorithms for scheduling routing and optimization of packet flow
    • Initialization of nodes and network virtualization
    • Presenting the final results in the form of graphs (and plots)

We have a well-experienced team of research experts and engineers to guide you throughout your research journey. Contact us for advanced expert advice to write your network thesis.