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Credit Card Forgery Identification By Location Using Android Based Monitoring

IOP Conference Series: Materials Science and engineering 2020年第1期993卷

作者： V. M. Jemin P. Vasanthan Assistant Professor Department of Computer Science and Engineering RMK College of Engineering and Technology

In cellular network, the user's location is probably used as an authentication aspect similar to other elements like password, PIN range combined with the use of device that the person consisting of card or a mobile. An encrypted and decrypted key is generated using RSA. The generated values are send to user's cellular as SMS. The user's mobile region is identified by the place of use far flung customer authentication protocol and its integrity is proven by Galileo Navigation satellite known as Local element. We proposed an LRAP based method for secure transactions.

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Automatic Turning ON/OFF Bike Indicator Using Offline GPS Navigation System

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IOP Conference Series: Materials Science and engineering 2021年第1期1055卷

作者： S Usha M Karthik R Lalitha M. Jothibasu T Krishnamoorthy Associate Professor Department of Electrical and Electronics Engineering Kongu Engineering College Perundurai-638 060 Erode Professor Department of Computer Science and Engineering Rajalakshmi Institute of Technology Chennai Assistant Professor (Senior Grade) Department of Electronics and Communication Engineering PSG Institute of Technology and Applied Research Coimbatore UG Scholar Department of EEE Kongu Engineering College Perundurai-638060 Erode

In the present modern world, most of the people are using the roadways for transportation purposes. The utilization of roadways increases by one side, on the other side the road accidents are also escalating. The current assessment shows that the reasons for the road accidents are not obeying the traffic rules, inappropriate usage of indicators while turning right or left while driving the vehicles and so on. In peak hours and in traffic times people are speeding up with their vehicle and forgot to use their indicator. This leads to an accident while sudden turning and braking without a proper indication. In order to overcome these types of difficulties, an automatic turning on/off bike indicators using offline GPS navigation system is proposed. The proposed system works in an offline mode and does not need any internet connectivity. By turning on the supply to the board, it will generate the hotspot and it will be connected with Wi-Fi in Mobile Phone. Then the destination is fixed in the mobile application. When turning is available in the way to destination before 100 meters of that turning, indicator will be automatically turned on and after that indicator will be automatically turned off. Thus the proposed work would help the people during the rush hours and also during the emergency situations to avoid accidents.

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Review for Detecting Smoke and Fire in Forest using Different Technologies

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IOP Conference Series: Materials Science and engineering 2020年第1期993卷

作者： Dinesh Komarasamy M. Gokuldhev J Jenita Hermina M Gokulapriya M Manju Assistant Professor Department of Computer Science and Engineering Kongu Engineering College Perundurai Assistant Professor Department of Computer Science and Engineering AMRITA College of Engineering and Technology Nagercoil UG Scholar Department of Computer Science and Engineering Kongu Engineering College Perundurai

Nature has a huge role to maintain the stability in the environment. But, natural disasters damage the environment, affect the life cycle and decline the lifetime of living beings. Nature is destroyed by different disasters namely earthquake, fire, flood, landslide, air pollution and so on. Among these, forest fire is one of the foremost dangerous natural disasters which cause several serious issues like biodiversity loss, global warming, fuel wood loss and air pollution in the environment. Therefore, prediction of fire occurring in forest plays a crucial role to save lots of the environment. Thus, researchers focused on different technologies with different methodologies for predicting the fire that occurred in forest, as early as possible. Moreover, smoke is the focal point for fire, some of the researchers pay their attention on detecting the smoke of the forest using different technologies. Therefore, this paper gives a summary for effectively detecting the smoke and fire in forest.

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The Influence of Using Responsive Façade as a Tool for Improving the Built Environment: Case study: Attaba – Opera square

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IOP Conference Series: Earth and Environmental Science 2022年第1期992卷

作者： M F Eltanboly M M Afify Architecture Department Teaching Assistant Cairo Higher Institute for Engineering Computer Science and Management No.2 Banafseg Center2 first Settlement Cairo Postcode 11477 Egypt and PhD. Student Environmental Design and Energy Efficiency Department Cairo University Faculty of Engineering Giza Architecture department Professor in Environmental Design and Energy Efficiency Department Cairo University Faculty of Engineering Giza

The path we are currently following to improve the physics of construction due to the destruction of our environment through the negative impact of the built environment around us. Current efforts to decrease carbon and energy are noted by modifying and improving modern 'layered' envelopes and improving a misunderstanding of thermal comfort that has become much less effective than expected. Understanding construction physics is an important factor in improving the quality of life indoor and outdoor, relying primarily on theoretical and computational aspects, then applying the practical part to reduce excessive use of carbon and energy and hinder the elaboration of a sustainable and built environment. This paper shows how the problem stems from neglecting to think about the first principles and basic construction physics. Similarly, we show how combining good construction physics with reassessing old methodologies to construction and structure use provides some powerful and effective tools to address the climate emergency. The use of construction physics methods supports the search for new solutions to express the most important factors affecting thermal conduction and minimum surface temperatures. However, buildings have integrated concepts in which advanced systems work together to optimize energy, comfort, and health performance. Convergence between various engineering fields and the overlapping field of construction techniques and services has great potential in the future to achieve the next step in energy saving. As a result, the research highlights new methods that make our buildings interact with the external environment using climate data, responsive envelope design, simulation software, thereby achieving architectural response to surrounding variables, improving building physics to reduce environmental pollution, thermal comfort, and achieving the highest energy efficiency and performance in buildings. This is illustrated by the presentation of a case study

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A cutting-edge approach to generate random bit sequence with confound chaotic maps

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AIP Conference Proceedings 2021年第1期2387卷

作者： Sathya K. Premalatha J. Vani Rajasekar Sathiyananthan P. TharunPrasath S. Ragul S. 1Assistant Professor Department of Computer Science Engineering Kongu Engineering College Perundurai India 2Professor Department of Information Technology Kongu Engineering College Perundurai India 3UG Scholar Dept of CT-UG Kongu Engineering College Perundurai India

A random number sequence is a sequence of numbers that exhibit statistical randomness. In other words, all numbers in the sequence have an equal chance and it’s hard to predict the next number in the sequence. They are most commonly used in cryptography to strengthen the security. Same key can be used by sender and receiver to generate the same set of random numbers. The pseudo-random number generation is an important task in computer science with various security features. There are 2 types of random number generators; they are True Random Number Generators (TRNG) and Pseudo Random Number Generators (PRNG). In recent years, PRNGs are implemented in hardware or software using chaotic maps. Some of the chaotic maps used in PRNG are Logistic map, Lorenz map, Henon map, Skew Tent map, Saw tooth map, etc. The Tinker Bell map is a discrete-time chaotic dynamical system with four system parameters. It is a most commonly studied examples of dynamical systems that exhibit chaotic behaviour. Chaotic maps possess several drawbacks such as the discontinuity of ranges, non-uniform distribution, periodicity in chaotic range, and small key space. In this PRNG, the numbers are generating in an unpredictable manner. To improve the uniform distribution and periodicity in random number generation, combination of Logistic and Tinker bell map is proposed. The Logistic map is a polynomial mapping. The Tinker bell map is known to have shorter periods. It is notable for having chaotic solutions for certain parameter values and initial conditions. In the proposed work, the Tinker bell map perturbs Logistic map to increase the chaotic behaviour of Logistic map. Output of the Logistic map is taken as Pseudo random bit sequence or Pseudo random number. NIST statistical test suite is used to verify the randomness of the generated random sequence.

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Modified linear congruential generator to secure random number generation

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AIP Conference Proceedings 2021年第1期2387卷

作者： Sathya K. Premalatha J. Vani Rajasekar Madhan Kumar M. Deepak M. Manoj S. R. 1Assistant Professor Department of Computer Science Engineering Kongu Engineering College Perundurai India 2Professor Department of Information Technology Kongu Engineering College Perundurai India 3UG Scholar Dept of CT-UG Kongu Engineering College Perundurai India

Random numbers are important tools for generating secret keys, encrypting messages, or masking the content of certain protocols with a random sequence that can be deterministically generated. The nonattendance of demand about the self-decisive numbers conveyed can make genuine harm cryptographic shows, impelling weaknesses to be mishandled by the aggressors. In this paper, another pseudo - optional number generator calculating that utilizes dynamic design clock changed over to Epoch Timestamp as PRNG seed was made. The figuring utilizes a Linear Congruential Generator (LCG) tally that makes a get-together of pseudo - randomized numbers that performs numerical tasks to change numbers that has all the stores of being disconnected to the Seed. Multiplication result shows that the new PRNG calculation doesn’t convey emphasized self-emphatic numbers subject to the rehash of highlight, a decent pointer that the key for flighty numbers is guaranteed about. Mathematical evaluation utilizing NIST Test Suite results focused to optional movements made flighty numbers has a completely conventional of 0.342 P-Value. For a P-Value≥0.001, a social event would be viewed as abstract with an affirmation of 99.9%. This shows that strength and weirdness were developed. Accordingly, It is astoundingly deterministic in nature and has a benevolence of Pseudo-Random Numbers. It is hence a pleasant wellspring of a social event key age for encryption, equal in the assertion plans and other cryptographic assessment restricts that improve and secure information from a security assault.

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An Experimental Performance Analysis on Robotics Process Automation (RPA) With Open Source OCR Engines: Microsoft Ocr And Google Tesseract OCR

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IOP Conference Series: Materials Science and engineering 2021年第1期1059卷

作者： T Malathi D Selvamuthukumaran C S Diwaan Chandar V Niranjan A K Swashthika Assistant Professor Department of Computer Science & Engineering Bannari Amman Institute of Technology Sathyamangalam Erode Tamilnadu - 638401 Assistant Professor Department of Mechanical Engineering Bannari Amman Institute of Technology Sathyamangalam Erode Tamilnadu - 638401 Second Year Department of Information Science & Engineering Bannari Amman Institute of Technology Sathyamangalam Erode Tamilnadu - 638401 Second Year Department of Computer Technology Bannari Amman Institute of Technology Sathyamangalam Erode Tamilnadu - 638401

Robotic Process Automation (RPA) plays an important role in the solution for automating human digital interaction in various software domains like IT, Business Strategy and so on. Optical Character Recognition(OCR) superimposes subtitled characters on an *** we use two Open source OCR engines, Google Tesseract OCR - It literally makes use of the open source Tesseract OCR Engine[1]. Microsoft OCR - This is another open source OCR engine accessible in the Robotics Process Automation tool, UiPath[1]. The technique of optical character recognition (OCR) has been used to transform printed text into editable text. In various applications, OCR is a very useful and common technique. OCR precision can be dependent on algorithms for text preprocessing and segmentation. Often because of different scale, design, orientation, complex picture context, etc., it is difficult to retrieve text from the image. We begin this paper with an introduction to the Optical Character Recognition (OCR) process, in this paper, we propose a research analysis to estimate the accuracy of two open source OCR engines with Robotics Process Automation(RPA). These RPA processes are created using the UiPath tool and our results compare the OCR engines performance during the execution with the workflow and save the results to our local storage or on cloud storage if cloud support enabled and here we used local storage for purpose, and the result analysis and error analysis was evaluated by manual process which also included excel formulas to calculate the accuracy of the extracted string with the original string.

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New Era of IoT Network Protection and PackagesThrough Prolonged Range

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IOP Conference Series: Materials Science and engineering 2020年第3期981卷

作者： Nagendar Yamsani Yerrolla Chanti M Ranjith Kumar K Mannanuddin Hema Valpadasu Assistant professor Department of Computer Science and Engineering S R Engineering College Warangal India Assistant professor School of Computer Science & Artificial Intelligent SR University Warangal India Assistant professor Department of Computer Science and Engineering Sumathi Reddy Institute of Technology for Women Warangal India

In this research mission, we motive to construct a protracted-variety (ProlongedRange)-primarily based net of factors (IoT) comfortable localization device and appliance primarily based totally on multisensory synthesiscomputation. The Prolonged range generation is used to layout a community security device and right now deal with the computing device, wherein the purpose is to broaden a community server host that collects and approaches function signals from the multisensingsignal series and evaluation processing module and at once detects region by using community nodes thru the sensors cloud, excessive-degree improvement platform, and the multisensory fusion computing workstations, which send the consequences to the crucial monitoring gadget thru the Wi-Fi gadgets of the Prolonged range network. The relaxed localization computing chip very final outcomes, as advanced on this mission, can be used in the domain names of electricity control, environmental manipulate, facts management, manufacturing unit monitoring, and renewable strength manipulate. The device of this task comprises prolonged range hosts, which get hold of signs from numerous nodes and are linked to multisensory fusion arithmetic device via a Wi-Fi network. To sum up, in this look at, we emphasize the usage of multisensory fusion computing generation to implement a relaxed localization gadget of a wireless sensor network technology (WSN), and we remember the use of the embedded system and prolonged range era to broaden a monitoring machine for manufacturing facility fire manage anti-theft, energy, facts, and protection primarily based on cozy localization. In this study, we pass domain names and integrate associated engineering automation, community safety technology, multisensory synthesis computation design, and the (ProlongedRange) localization method, and the study'sfindings are anticipated to make a contribution to the network protection of the protection organization and studies at theLora IoT

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Analysis on energy efficient green cloud computing

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Journal of Physics: Conference Series 2021年第1期1913卷

作者： Monali Jumde Snehlata Dongre Research Scholar G H Raisoni College of Engineering Nagpur Maharashtra India. Assistant Professor Department of Computer Science Engineering G H Raisoni College of Engineering Nagpur Maharashtra India.

Cloud computing offers subscription based storage and resources. Cloud computing provides various services to cloud users. Increased use of information and communication technologies (ICT) has led to increase energy cost as well also increased emission of greenhouse gases like CO2. Since energy is an important asset, green cloud computing comes into picture. Green cloud computing can be achieved by applying various approaches, which uses lesser power as well as emits less CO2 gas, which is hazardous to environment. Energy efficient technologies results in decreased overall energy consumption. There is a need of data centre in almost every field like web applications and businesses which results in producing huge amount of CO2 in environment. To make data centres environmental friendly we need energy efficient approaches which will reduce energy consumption and there hazardous effects on environment. Data is being generated at very high speed so the need of data centres will also increase. Increased data centres will then consume more amount of energy. The main objective of these paper is to reviews various approaches applied by researchers to make energy efficient cloud computing.

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Compressing Biosignal for Diagnosing Chronic Diseases

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Journal of Physics: Conference Series 2021年第1期1998卷

作者： P. Ithayarani A. Jainul Fathima Associate Professor Department of Computer Science and Engineering Koneru Lakshmaiah Education Foundation (KLEF) Deemed to be University Green Fields Vaddeswaram Guntur District A.P. India Assistant Professor Department of Information Technology Francis Xavier Engineering College Tirunelveli TN. India

Electrocardiogram, electromyogram, electroencephalogram are the foremost required vital signs for diagnosing chronic diseases like sleep disorder, mood disorder, epilepsy etc., which demands long-term monitoring. A sensor based wearable system which is enabled with internet technology, supports the continuous recordings of these vital signs without troubling the patient's daily activities. And the wearable hub is responsible for collecting the readings of bio signals from multiple micro-sensor nodes deployed around the body which creates the short range of communication and forward to the observer. These continuous monitoring increases the signal transmission cost and declines the battery life of wearables. So, the observed multiple bio signals can be compressed jointly than individually before sending, at an edge level. This paper proposes transfer learning based multimodal convolutional denoising autoencoder to perform multimodal compression and to reconstruct the data from its latent representation. Transfer learning helps the system to reuse the learned weights which may reconstruct the data with better quality score than by randomly initialized weights. The proposed work achieves compression ratio of 128 and it is proved that multimodal compression is better than unimodal compression in case of consuming multiple sensors. And the experimental result proves that the computation cost is low in multimodal compression than in unimodal compression.

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