Proceedings of the International Conference on Signal Processing and Computer Vision (SIPCOV-2023)

Session: Medical Image Processing

19 articles
Proceedings Article

Cloud-based Server Environment for Waste Management in Hospitals

K. Aishwarya, T. R. Dinesh Kumar, U. Savitha, Vemasani Monish, R. RaviChandran, T. Vishwa
One of the main factors causing illness epidemics, particularly in developing nations, has historically been overfilled dumpsters. Since the idea of Internet of Things (IoT) technology has come to pass, the area of medical research—along with its new technologies—is developing quickly. By controlling...
Proceedings Article

Automated Laboratory Solution on Cloud Computing Technology for a Pandemic Situation

K. Stella, S. Hemajothi, V. R. Ravi, Thaneeru Sasikanth, Dasari Tharun Teja, Nuvvuru Vinay
Testing for COVID is necessary for the battle against the pandemic, especially considering the most recent outbreak. Testing for COVID is carried out in enclosures that provide a safe setting for the operation. Due to the enormous number of samples brought in for testing, this is a time-consuming process...
Proceedings Article

An empirical study on rising application of (IoT+ medical solution= IoMTS) with integration of wearable devices and disease monitoring

Patil Rahul Ashokrao, Derle Deepak Radhakrishna, Shrikant Burje, Anurag Sinha, Ghulam Yazdani, Neeraj Raj, Ahmad Alkhayyat, Rajat Ojha
The human body is an intricate framework coordinated at different levels, cells, tissues, and organs that contribute to 11 major organ frameworks. The functioning of such a complicated system in the proper manner is assessed as healthy. Conventional medicine cannot meet everyone’s needs due to population...
Proceedings Article

Computer Vision-Based Yoga Pose Recognition Using Hybrid Deep Learning Model

Hukam Chand Saini, Renu Bagoria, Praveen Arora
Human action recognition is a critical aspect of computer vision research and has various practical applications. In this paper, we focus on a specific type of action recognition, yoga pose recognition, and propose a computer vision-based model using deep learning. Our proposed model is a hybrid of Convolutional...
Proceedings Article

Brain Tumor Segmentation using U-Net and SegNet

Pankaj Kasar, Shivajirao Jadhav, Vineet Kansal
The detection of tumors is the most difficult aspect of quantitative brain tumor evaluation. Magnetic Resonance Imaging (MRI) has gained popularity in recent years due to its non-invasive and powerful soft tissue contrast. MRI is a frequent imaging method used to detect brain cancers. The MRI produces...
Proceedings Article

An Analysis of Transfer Learning Model for Deep Neural Network-based Automated Brain Tumor Diagnosis from MR Images

Ashfaq Hussain, Chintha Sri Pothuraju, Saharul Alom Barlaskar, Rabul Hussain Laskar
A crucial stage in the categorization of brain tumors for medical diagnosis and treatment. Magnetic resonance imaging (MRI) is routinely used to distinguish brain tumors; however, manual interpretation of the MRI data is arbitrary and time-consuming. In this work, we used transfer learning and the ResNet50...
Proceedings Article

Food Ingredient Detection Using Deep Learning

Akanksha Mane, Gayatri Sharma, Aditya Soraganvi, Anita Devkar, Roshani Raut
Ingredients play a very crucial role in any dish, as they determine the flavor, taste, and texture of the dish, and they can impact the nutritional value of the dish. as if a dish includes many high-quality ingredients and protein sources that can provide necessary nutrients, vitamins, and minerals for...
Proceedings Article

A hybrid approach of data visualization technique and random forest classifier for binary classification of lung CT images

Ananya Bhattacharjee, P. Stoila Cindy, R. Murugan, Tripti Goel
Lung cancer is the most common and dangerous cancer worldwide. An automatic detection system is the need of the hour for early diagnosis. Machine learning classifiers often encounter outliers in the extracted features. Motivated by this, the main aim of this study is to develop an outlier free automated...
Proceedings Article

An Intelligent Nanorobotics System for Prevention & Monitoring of Blood Related Diseases in Precision Medicine with Artificial Intelligence

Vandana Sharma, Tamizharasi Seetharaman, Basanagouda Meti, Chinmay kirankumar Ghatakamble, Vinay Kukreja, Ahmed Alkhayyat
Currently the application of artificial intelligence for nanorobotics gains significant attention worldwide. The effective convergence of this technique helps in earlier diagnosis and treatment of various harmful diseases. Deep vein thrombosis also called as blood clot is a serious healthcare concern...
Proceedings Article

Stacked Generalization Ensemble-Based Hybrid Gradient Boosted Model for Predicting Diabetes

Priyabrata Sahu, Jibendu Kumar Mantri
In the modern world, diabetes is a very scary problem. It is a long-term condition that can lead to a number of health problems. It is a grouping of illnesses that cause blood sugar to be too high. Machine learning is being used more and more in the field of health care because of how quickly it is improving....
Proceedings Article

Energy Efficient Workflow Scheduling in Cloud Computing Systems using Particle Swarm Optimization

Abhishek Kumar, Santanu Ghosh, B. Balaji Naik, Pratyay Kuila
This research paper proposes a novel approach for minimizing makespan and energy consumption in workflow scheduling for cloud computing systems using particle swarm optimization (PSO). Workflow scheduling is a critical task in cloud computing, where multiple tasks are assigned to each available virtual...
Proceedings Article

Particle Swarm Optimization based Efficient Cluster Formation in Vehicular Networks

Saket Kumar, Pratyay Kuila
Vehicular ad-hoc networks (VANETs) are extensively utilized for intelligent mobility and roadside advertising. In VANETs, vehicles equipped with wireless sensors function as mobile nodes capable of communication in both infrastructure and ad-hoc modes. Clustering vehicles within VANETs enhances resource...
Proceedings Article

Achievable Sum-rate of variants of QAM over Gaussian Multiple Access Channel with and without security

Shifa Showkat, Zahid Bashir Dar, Shahid M. Shah
The performance of next-generation wireless systems (5G/6G and beyond) at the physical layer is primarily driven by the choice of digital modulation techniques that are bandwidth and power-efficient, while maintaining high data rates. Achievable rates for Gaussian input and some finite constellations...
Proceedings Article

Radiating Circularly Defected Circular Antenna Element for WLAN/ Wi-Max applications

Amit Roy, Ashim Kr. Biswas, Arnab Nandi, Banani Basu
This paper presents a single-element antenna designed using a jute substrate material. Measured dielectric parameters of the jute material are considered to design the antenna. The shape of the antenna element is considered circular. A circular-shaped defective structure is introduced at the upper portion...
Proceedings Article

Emerging Technologies for 6G Communication System

I. Kalphana, R. Praveena, S. Elango, S. Thulasi, T. R. Ganesh Babu, G. Sudha
Over the past few decades, the need for wireless connectivity has increased dramatically. A new Wireless Technology known as 6th generation system developed with full AI support is expected to use between 2027 and 2030. Higher system capacity, much higher data rate, much lower latency, higher security,...
Proceedings Article

Blockchain-Based Privacy Conservation Framework

S. P. Maniraj, P. Robert, Ravilla Pavithra, J. Omana
As the blockchain architectures and communities grow, blockchain networks frequently face scenarios where the user must vote to make decisions. However, a natively implemented voting system on current blockchain systems is useless. The decision-making process is then either assigned to many network members...
Proceedings Article

Optimization of Resource Utilization using Proposed Hybrid TLPD-ALB-RASA Scheduling Algorithm for Cloud Environment

Vijay Mohan Shrimal, Y. C. Bhatt, Y. S. Shishodia
The hybrid TLPD-ALB scheduling algorithm is a commonly used approach in cloud computing, but it fails to meet the multi-objective requirements for effective load balancing. Although its primary aim is to distribute tasks among available resources and minimize relative imbalance, it is insufficient to...
Proceedings Article

Particle Swarm Optimization for Efficient Placement of Relay Nodes in Cluster-Based Wireless Sensor Networks

Suman Som, Marlom Bey, Pratyay Kuila
Sensor nodes (SN) have limited capabilities of coverage and connectivity. Relay nodes ensure backbone connectivity between SNs and base station (BS). Proper placement of relay nodes (RNs) has a major role in ensuring maximum coverage and connectivity in cluster-based wireless sensor networks (WSNs)....
Proceedings Article

IoT Enabled Active Bio Filter for Indoor Air Quality Enhancement

Karan Boro, Lammibert Sumer, Mebadamon Tyngkan, Rupesh Mandal, Nupur Choudhury, Pori Das
Air Pollution has surged due to decades of swift industrialization and urbanization. With a majority of today’s population spending most of their time indoors and the architecture of buildings made secluded from the outside environment, the importance of adequate indoor environment conditions has become...