Bøger af Asha Sohal

"Mastering .NET Framework" is a comprehensive guidebook that delves into the intricacies of software development using the .NET Framework. Written for developers of all skill levels, this book covers essential topics such as C#, Visual Basic .NET, and ASP.NET, providing readers with a solid foundation in these technologies.The book begins with an overview of the .NET Framework, exploring its history, evolution, and core functionalities. It then delves into object-oriented programming concepts, value types vs. reference types, generics, attributes, and metadata, offering detailed explanations and practical examples.

Exploring the Revolutionary Technology" provides a concise yet comprehensive overview of blockchain technology. From its inception as the backbone of cryptocurrencies to its potential applications in finance, supply chain management, healthcare, and beyond, this book delves into the inner workings of blockchain. Readers will gain insights into its decentralized nature, cryptographic principles, smart contracts, and consensus mechanisms. Through real-world examples and case studies, the book illustrates how blockchain is reshaping industries and empowering individuals with greater security, transparency, and efficiency. Whether you're a novice curious about blockchain's basics or an industry expert seeking deeper understanding, this book offers valuable insights into one of the most groundbreaking technologies of the 21st century.

"Cloud Computing: Navigating the Digital Skyline" offers a comprehensive exploration of the key concepts, trends, challenges, and opportunities shaping the landscape of cloud computing. From the fundamentals of serverless computing to the complexities of hybrid and multi-cloud architectures, this book delves into the intricacies of cloud-native technologies, edge computing, and industry-specific cloud solutions. Through insightful analysis, real-world examples, and expert perspectives, readers gain a deep understanding of the evolving role of cloud computing in driving innovation, agility, and competitiveness in the digital era. Whether you're a seasoned professional or a newcomer to the field, "Cloud Computing" serves as an indispensable guide for navigating the ever-changing skies of cloud technology.

Chronic Obstructive Pulmonary Disease (COPD) is a progressive and irreversible respiratory condition characterized by persistent airflow limitation. It encompasses two main conditions: chronic bronchitis and emphysema. COPD is often associated with exposure to harmful inhaled substances, with cigarette smoke being the leading cause.COPD is a complex respiratory condition with profound implications for affected individuals and global healthcare systems. A holistic approach involving prevention, accurate diagnosis, and comprehensive management strategies is essential to mitigate the impact of COPD on individuals' lives and improve overall outcomes.

Le système de gestion des commandes de livraison HiJiNi est une solution logicielle complète conçue pour rationaliser et optimiser le processus de gestion des commandes de livraison pour les entreprises de divers secteurs. Ce système offre une interface conviviale et un ensemble robuste de fonctionnalités pour gérer efficacement la logistique de bout en bout impliquée dans l'exécution des commandes de livraison.Les fonctionnalités clés de HiJiNi incluent la création, le suivi et la gestion des commandes, permettant aux utilisateurs de générer des commandes de livraison de manière transparente. Il offre des capacités de surveillance en temps réel, permettant aux parties prenantes de suivre l'état des commandes depuis le lancement jusqu'à la livraison, garantissant ainsi la transparence et la responsabilité tout au long du processus.De plus, le système intègre des outils de gestion des stocks, permettant aux entreprises de maintenir des niveaux de stock précis, de synchroniser les données d'inventaire et de faciliter une exécution efficace des commandes. L'intégration avec la technologie GPS permet d'optimiser les itinéraires, aidant ainsi les conducteurs à emprunter les chemins les plus efficaces pour des livraisons ponctuelles

Sistema uprawleniq zakazami na dostawku HiJiNi ¿ äto komplexnoe programmnoe reshenie, prednaznachennoe dlq uproscheniq i optimizacii processa uprawleniq zakazami na dostawku dlq predpriqtij w razlichnyh otraslqh. Jeta sistema predlagaet udobnyj interfejs i nadezhnyj nabor funkcij dlq äffektiwnogo uprawleniq skwoznoj logistikoj, swqzannoj s wypolneniem zakazow na dostawku.Klüchewye funkcii HiJiNi wklüchaüt sozdanie, otslezhiwanie i uprawlenie zakazami, chto pozwolqet pol'zowatelqm besprepqtstwenno sozdawat' zakazy na dostawku. On obespechiwaet wozmozhnosti monitoringa w rezhime real'nogo wremeni, pozwolqq zainteresowannym storonam otslezhiwat' status zakazow ot nachala do dostawki, obespechiwaq prozrachnost' i podotchetnost' na protqzhenii wsego processa.Krome togo, sistema wklüchaet w sebq instrumenty uprawleniq zapasami, pozwolqüschie predpriqtiqm podderzhiwat' tochnye urowni zapasow, sinhronizirowat' dannye o zapasah i sposobstwowat' äffektiwnomu wypolneniü zakazow. Integraciq s tehnologiej GPS pozwolqet optimizirowat' marshrut, pomogaq woditelqm wybirat' naibolee äffektiwnye marshruty dlq swoewremennoj dostawki.

O objetivo do projeto é implementar um UAV geográfico e ataques de segurança em redes ad-hoc móveis. As redes móveis são constituídas por nós que podem mudar a sua localização frequentemente, considerando diferentes protocolos de encaminhamento como o AODV, o DSDV e o DSR. O primeiro objetivo do meu projeto é comparar o rácio de entrega de pacotes entre diferentes tipos de protocolos e, em seguida, criar diferentes nós, como no GPS, e implementar algoritmos de encaminhamento com as tecnologias mais recentes. No nosso projeto, consideramos um número N diferente de nós e a sua respectiva localização. Em seguida, tentamos implementar com base no caminho mais curto que temos para calcular o caminho optimizado entre a origem e o destino. Por conseguinte, o algoritmo de encaminhamento deve ter em conta este fator. Existem várias estratégias para explorar a informação de localização de forma eficiente, como o GPS, o GPSR e o LAR, etc.

L'objectif du projet est de mettre en ¿uvre un drone géographique et des attaques de sécurité dans les réseaux mobiles ad-hoc. Les réseaux mobiles sont constitués de n¿uds qui peuvent changer leur position fréquemment en considérant différents protocoles de routage comme AODV, DSDV et DSR. Le premier objectif de mon projet est de comparer le taux de livraison de paquets entre différents types de protocoles, puis de créer différents n¿uds comme dans le GPS et de mettre en ¿uvre des algorithmes de routage à l'aide des dernières technologies. Dans notre projet, nous considérons un nombre N de n¿uds et leur emplacement respectif. Ensuite, nous essayons de mettre en ¿uvre sur la base du chemin le plus court, nous devons calculer le chemin optimisé entre la source et la destination. L'algorithme de routage doit donc tenir compte de ce facteur. Il existe plusieurs stratégies pour exploiter les informations de localisation de manière efficace, telles que GPS, GPSR et LAR, etc.

Lo scopo del progetto è quello di implementare un UAV geografico e gli attacchi alla sicurezza nelle reti mobili ad-hoc. Le reti mobili sono costituite da nodi che possono cambiare frequentemente la loro posizione, considerando diversi protocolli di routing come AODV, DSDV e DSR. Il primo obiettivo del mio progetto è quello di confrontare il rapporto di consegna dei pacchetti tra i diversi tipi di protocollo e di creare diversi nodi come nel GPS, per poi implementare algoritmi di routing con le ultime tecnologie. Nel nostro progetto consideriamo un numero N di nodi e la loro rispettiva posizione. Poi cerchiamo di implementare ulteriormente, sulla base del percorso più breve, un percorso ottimizzato tra la sorgente e la destinazione. Pertanto, l'algoritmo di routing deve considerare questo fattore. Esistono diverse strategie per sfruttare le informazioni sulla posizione in modo efficiente, come GPS, GPSR e LAR, ecc.

Cel'ü proekta qwlqetsq realizaciq geograficheskogo BPLA i atak bezopasnosti w mobil'nyh setqh ad-hoc. Mobil'nye seti sostoqt iz uzlow, kotorye mogut chasto menqt' swoe mestopolozhenie, rassmatriwaq razlichnye protokoly marshrutizacii, takie kak AODV, DSDV i DSR. Perwyj motiw moego proekta - srawnit' koäfficient dostawki paketow mezhdu razlichnymi tipami protokolow, zatem sozdat' razlichnye uzly, kak w GPS, i dalee realizowat' algoritmy marshrutizacii s ispol'zowaniem nowejshih tehnologij. V nashem proekte my rassmatriwaem razlichnye N kolichestwo uzlow i ih sootwetstwuüschee raspolozhenie. Zatem my pytaemsq realizowat' na osnowe kratchajshego puti optimizirowannyj put' mezhdu istochnikom i punktom naznacheniq. Poätomu algoritm marshrutizacii dolzhen uchitywat' ätot faktor. Suschestwuet neskol'ko strategij äffektiwnogo ispol'zowaniq informacii o mestopolozhenii, takih kak GPS, GPSR, LAR i t.d.

Ziel des Projekts ist es, eine geografische Drohne und Sicherheitsangriffe in mobilen Ad-hoc-Netzen zu implementieren. Die mobilen Netzwerke bestehen aus Knoten, die ihren Standort häufig ändern können, wobei verschiedene Routing-Protokolle wie AODV, DSDV und DSR berücksichtigt werden. Das erste Motiv meines Projekts ist es, die Paketübertragungsrate zwischen verschiedenen Protokolltypen zu vergleichen und dann verschiedene Knoten wie in GPS zu erstellen, um dann weitere Routing-Algorithmen mit neuesten Technologien zu implementieren. In unserem Projekt betrachten wir eine unterschiedliche Anzahl von N Knoten und ihren jeweiligen Standort. Dann versuchen wir, auf der Grundlage des kürzesten Weges einen optimierten Weg zwischen Quelle und Ziel zu berechnen. Daher muss der Routing-Algorithmus diesen Faktor berücksichtigen. Es gibt verschiedene Strategien zur effizienten Nutzung von Standortinformationen wie GPS, GPSR und LAR usw.

The purpose of the project is to implement a Geographic UAV and security attacks in mobile ad-hoc networks. The mobile networks consist of nodes which may change their location frequently by considering different routing protocols like AODV, DSDV and DSR. First motive of my project is to compare Packet delivery ratio between different types of protocol and then create different nodes like in GPS then further implement routing algorithms with latest technologies. In our project we consider different N number of nodes and their respective location. Then we try to further implement on the basis of shortest path we have to calculate optimized path between source and destination. Therefore, the routing algorithm must consider this factor. There are several strategies to exploiting the location information in an efficient manner like GPS, GPSR and LAR etc.

The HiJiNi Delivery Order Management System is a comprehensive software solution designed to streamline and optimize the process of managing delivery orders for businesses across various industries. This system offers a user-friendly interface and a robust set of features to efficiently handle the end-to-end logistics involved in fulfilling delivery orders.Key functionalities of HiJiNi include order creation, tracking, and management, allowing users to generate delivery orders seamlessly. It provides real-time monitoring capabilities, enabling stakeholders to track the status of orders from initiation to delivery, ensuring transparency andaccountability throughout the process.Moreover, the system incorporates inventory management tools, allowing businesses to maintain accurate stock levels, synchronize inventory data, and facilitate efficient order fulfillment. Integration with GPS technology enables route optimization, helping drivers navigate the most efficient paths for timely deliveries

The ¿Shirt Design Editing and Printing Website using AI¿ is a Modern and effective.Technology for those customers who wants to customize their own idea form of design on the tshirt.The main module of this project is first visit to the web site and go to customized button it redirectsto main page where we customized the T-Shirt. Custom t-shirt designs have become increasingly popular as people seek to express theirindividuality and creativity through their clothing. This article explores the process of creatingcustom t-shirt designs, from conceptualization to the final printed product. It discusses variousdesign techniques, tools, and considerations for achieving unique and visually appealing t-shirtdesigns. Additionally, it examines the impact of custom t-shirt designs on fashion trends andconsumer preferences.Customized clothing manufacturing is a clothing manufacturing method realized and performedin collaboration between the manufacturer and the customer. In this manufacturing method, the customer is offered a basic piece of clothing and various options (fabric, model, color, style, accessories, printing on clothing, etc.) so that the customer can modify the clothing and design.

Hand gesture-controlled presentations using Machine Learning (ML) involve using a computer vision-based system to interpret hand movements and gestures as commands to control presentations. Gather a dataset of hand gesture images or videos, capturing various hand movements and gestures that correspond to different presentation commands (e.g., next slide, previous slide, zoom in, zoom out). Clean and preprocess the collected data by resizing, normalizing, and augmenting images or videos to enhance the model's robustness. Utilize Machine Learning techniques, often employing Convolutional Neural Networks (CNNs) or other deep learning architectures, to train a model on the collected dataset. This model learns to recognize and classify different hand gestures. Once trained, the model is capable of recognizing specific hand gestures in real-time. It can identify gestures such as open palm for next slide, closed fist for previous slide, pinch for zoom in, spreading fingers for zoom out, etc.