The term wireless is mainly used in electromagnetic transfer of information among devices. Homework help in wireless is one of the untangle task which is solved by the support of emerging techniques. There is no physical link established between sender and receiver. Instead the devices are connected by radio waves or micro waves or light rays.

How Wireless Devices Work?

            The wireless signals are distributed in space and are retrieved through antennas. The antenna present in the sender side is to transfer the digital data into wireless signal. The antenna present in the receiver side is to convert the corresponding wireless signal back into digital data. Wi-Fi is a one type of wireless networking which uses the radio waves to provide high speed communication.

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Research Issues in Wireless Networking

  • Manage the distance between sender and receiver
  • Handle the noise interference from users of the network
  • Manage the flow control or transmission time of sender and receiver

Research Areas in Wireless

There are number of wireless network communication systems such as,

  • Satellite communication
  • Global positioning systems
  • Sensor networks
  • Terrestrial microwave networks
  • Zigbee wireless technology

Nowadays the utilization of wireless in smart home, smart buildings and healthcare applications are also increased. We offer such homework help in wireless that are successfully utilized by more than 5000 happy customers.  Let’s have a quick view of research topics in wireless,

  • Communication of Intelligent Surface Empowered Wireless Networks
  • Nano-Networking Protocols and AI-Inspired Control and Orchestration
  • Software Defined Design and Implementation
  • Integration Wireless Technologies (e.g., Small Cells, M-MIMO, THz/Millimeter-Wave Communications, Visible Light Communications, Internet of Things)


Transmission modes: In general there are three modes of wireless transmissions,

I) Simplex: Data can be transmitted in one direction only. For example in air broadcasting the repeaters are used for broadcasting on a specific location. But it does not receive any data from subscriber. Subscriber just retrieve signal from the repeater without trying to send data.   

Ii) Half-duplex: transmit/receive data in both direction but not in the same time. IEEE802.11 data transmitting is carried out alternatively to prevent collision. It uses two independent frequency bands transmitting simultaneously for sender and receiver.

Iii) Full-duplex: send or receive data at the same time. Transmission and receiving by using same frequency band. But in GSM uplink and downlink channels are assigned with different frequencies in order to reduce interference that occurs in channels.

            One of the challenges of full duplex system is to handle interference. In order to reduce self-interference, digital cancellation techniques are used. We have in-depth research team and world-class certified engineers to handle these issues in an efficient manner. They are providing online guidance and novel ideas for homework help wireless techniques in low cost.

 The next significant process that involve in wireless communication is modulation.


            Modulation is theprocess of converting data into radio waves or electric signals is known as modulation. That is, modulation is the process of converting signal from one form to another. We have more than 100 employees working in homework help in wireless to handle the issues of modulation and signal processing.

Basically there are three types of modulation which are listed below,

i) Amplitude Modulation (AM): The amplitude of the carrier signal is varied with respect to the measured signal. But the frequency and phase values are remaining constant. The amplitude refers to the strength of a power signal usually measured in decibels.

ii) Frequency Modulation (FM): Frequency refers to the number of cycles per second measured in hertz. Wi-Fi communications are usually 2.4GHZ to 5GHZ.

iii) Pulse Modulation (PM): In PM, one or more signals have the same frequency, time, degree and distance.

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