Journal of Communication Engineering and its Innovations

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Total articles ≅ 18
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Himani Yadav, Sanjeev Seth, Rekha Mehra
Abstract:
One of the biggest difficulties in the realm of technology is underwater wireless communication. Due to the increase in the number of vehicles and other equipment being used underwater, which need high bandwidth and consequently large capacity for information transfer, underwater wireless information transfer is of great importance. It was put forth and has gotten the most attention in the past 10 years. Although this field has made successive advancements, there has also been a concurrent constraint, which led to the replacement of acoustics with infrared waves (IR).The light emitting diode that delivers pulsed bursts of IR radiation to the light sending diode inside the second communication module receives the pulsed signal after it has passed through the modulation circuit. A suitable strategy is then chosen for the communication with the least amount of loss and the greatest amount of distance. In this paper, a secure underwater communication method is proposed.
Sarika Panday, Saurabh Sardey
Abstract:
Cellular mobile services have been around for a while and are continuously developing today. Numerous communication services, including CDMA and GSM, developed alongside these services. The two most significant technical standards for mobile communication are CDMA and GSM. The GSM and CDMA both transform mobile phone data into radio waves. However, these technologies differ in terms of how calls and data transfer occur through a network. One of the primary distinctions between CDMA and GSM is that CDMA doesn't require a SIM card and instead relies on ESNs to link a mobile phone to its network (Electronic Serial Number).
Pavan Rathod, K. B. Ramesh
Abstract:
This study uses the Harmony Search Algorithm to carry out induction motor parameter estimation (HSA). In order to maximize the starting torque and minimize copper losses in the stator and rotor, the parameters rotor resistance R2 and rotor reactance X2 are determined. For parameter estimation of an induction motor, both conventional and intelligent methods are being examined. It is then subjected to the harmony search algorithm to obtain maximum beginning torque and efficiency, respectively.
K Sarath Kumar Reddy, K Uma Maheswari, R Vamshidhar Reddy, D Victor Praneeth, C Sai Vardhan Reddy
Abstract:
The venture planned is a verification framework where the identification holder is approved through RFID innovation. RFID is an abbreviation for Radio Frequency Identification. RFID is one part of the group of Automatic Identification and Data Capture (AIDC) advancements and is a quick and solid method for recognizing pretty much any material item. This undertaking can be utilized for security reasons where it gives data about the approved people and unapproved people. This can be applied progressively frameworks as such in recording the participation, in the organizations, air terminals for getting to the travel papers, and in enterprises to realize who are approved. The visa holder would have an RFID label that contains all the identification subtleties like name, number, ethnicity, and so forth. This tag must be swiped over the per-user and the data hence read is given to an Arduino. This data is coordinated with the one put away in the Arduino, if the information matches microcontroller shows an affirmation message in any case shows a forswearing message on an LCD screen. The situation with a specific individual can likewise be gotten through a status button in the framework. Assuming the identification validation bombs the servo engine closes and blocks the individual at the passage. The information is sent remotely from hub 1 to hub 2.
P Vishun Kumar, Golla Chatrapati, Shivaji Shivaji, Mangali Jagadeesh, Saritala Abishaik, Pocha Devendra Reddy
Abstract:
The movement of robot controlling via IoT technology. The field of robotic technology is implemented in many domains. Specific tasks are performed by robots which humans cannot and also humans are takes more time to complete. Robots are followed human instructions and perform the tasks such as security operations, act as spy robots etc. In this paper, we discuss about a smart robotic vehicle that operates on human voice commands, given remotely by using an Android platform based smart IoT device. The robotic assistant is developed on a NodeMCU ESP8266 micro-controller based platform. The voice commands are carried out and this signal is converted to text format and then communicated through Wi-Fi network. This robot is able to move in different directions like left, right, stop, backward, forward.
A. Parvathi, S. Imran Basha, M. Jayanth Kumar, B. Chandra Sekhara Bhagavan, P. Dinesh Reddy
Abstract:
The Industrial protection system designed using Arduino and IOT mainly focuses on the protection of industries from various losses occurring due to accidents caused due to improper conditions and maintenance. Gas leaks can cause fires that cause huge industrial losses; Instant fire detection is also required in the event of a furnace explosion or other conditions. Additionally, poor lighting in industries can create unsuitable working conditions, increasing the likelihood of accidents. The system uses Arduino to achieve this functionality. The system uses temperature sensors in combination with gas light sensors to detect fires, gas leaks, and low light to prevent industrial accidents and avoid leaks. These setups also work as an anti-theft security system where it utilizes the IR sensor to detect the objects coming in its path. So this IR sensor works with the help of direct incidence of radiation on the photodiode. This IR LED which is placed on one side of the board and the photodiode is placed on the other helps to detect any obstacle or object which comes closer to contact with it. This object detection is indicated with the help of an alarm to notify us. The system consists of light, gas, and temperature sensors interconnected with Arduino and LCD screens. Sensor data is constantly scanned to record values and check for fire, gas leaks, or poor lighting, and then this data is transmitted online. The Wi-fi module is used to achieve internet functionality. The Blynk server then displays this information online, to achieve the desired result.
Pooja Belgali, Swapnagandha Jadhav, Snehal Shirgure, Kiran Shirgure
Abstract:
Agriculture is the most important field. Many of the lives are dependent on agriculture. It requires a large number of labours, as well as the time required for the process of planting the seed, is more? This system reduces the labour requirement, human efforts, as well as this system, reduces time. This machine has a very little cost. This planter is very simple to use hence, the unskilled farmer is also able to handle this machine. We simplified the design also made it cheaper and affordable to every rural farmer. This system is designed to implement the Seed sowing & weeding process automatically. By using the mobile android app it is simple to operate. This robot moved the front side, backside, left, and right according to the instruction given by us. The seeds fall at a particular distance by giving a specific delay. The weeding is also done in this system. We use a DC pump for providing water after seeding is done. This is IOT based system so from anywhere we can handle this robot. It reduces the time as well as labour requirement and it has fewer efforts.
Mohit Kumar Verma, Permendra Kumar Verma
Abstract:
The enhancement of images is an image processing method that highlights certain image information according to specific needs and, at the same time, weakens or removes unwanted information. In the field of computer and machine vision, haziness and fog lead to degradation of images using different degradation mechanisms, including contrast attenuation, blurring, and degradation of the pixels. This limits machine vision systems efficiency such as video monitoring, target tracking, and recognition. Different dark channel single image dehazing algorithms have been designed quickly and efficiently to address image hazing problems. These algorithms rely on the dark channel theory to estimate the atmospheric light which is a crucial dehazing parameter. In this paper, a review of image dehazing and enhancement has been presented.
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