Nodejs

Node.JS is a JavaScript run-time environment, which is made on Chrome’s V8 in the JavaScript engine. It is fast, efficient and is a highly flexible web server for web applications. It has become the most preferred JS framework for all web developers, which offers various types of web and security benefits. It works on a non-blocking I/O model, which makes it clean and usable, best for the data-intensive real-time applications that performs in various environment. Node.js empowers real time web applications by adopting push technology against web sockets, so it can be built a server-side web application with a two-way channel. It operates on web stack technologies like JavaScript, CSS, and HTML that work on a standard port of 80. The tool is lightweight for in-memory usage and data-dense real-time web application, which works on multiple devices. The leading Node.JS Development Company have Node.js framework able to build dynamic, feature-rich and full-fledged web applications. You will receive Node.JS services on API Development and Integration, Node.js plugins development, real-time chat apps, and AJAX development. The interesting part about the chat application when embedded with Node.js is that, it develops data-friendly, real time application, which can work on various environments.

When we are looking for Node.js Development Company, that develops NodeJS Services for Mobile & Web Applications with their finest tools and technologies, the Moon Technolabs fits the bill. The Node.js framework, which they create, is simple and complex web applications, that is suited for various types of businesses, which includes from startups to small, from big to large corporations. The firm’s expert programmers and developers, study the aspects of new technology before they practice on it. They have the latest tools and advanced technologies, under their sleeve to serve robust yet scalable solutions. The company’s applications and developed services comprise sophisticated features that is attached to complex business requirements for large industry verticals. The process is their approach towards everything because their development methods are simple. When the company receives their clients’ project requirements. Their development method ends by presenting the client with their optimum design. They receive the reviews regarding it from the initial version of the application. By following the same pattern, combining the client’s feedback and integration quality testing, comes submissions to the stores. The professionals of the company follows a cross-functional method, which means they keep a real time communication with all departments, thinking forward, ready-to-go solutions and round-the-clock availability, are responsible to update reports and provide analytics.

OAuth is an open protocol for allowing secure API authorization from desktop and web applications through a simple and standard method. It manages handshakes between applications and is used when an API publisher wants to know who is communicating with the system. Many of the largest API publishers have implemented OAuth to handle write access to their APIs.

College Website is that the Growing significance of internet sites for various organizations is well known. Today, a well-planned digital strategy plays a significant role in an institution's marketing strategies-especially considering younger generations' growing dependence on technology. Put simply, a well-designed website will facilitate you're engaging, current students, connect with prospective ones, and inform parents all without delay. It encompasses promoting school events, displaying course offerings, and showcasing campus life, etc. during this paper, we discuss the models submitted by our team, login, Admin panel, Instructor, Fees payment, and About us page. For these modules, we've used technical stacks React.js, Bootstrap (Front-end), Node.js, Express.js, and MongoDB for Database.

Node.js is a very powerful JavaScript-based framework/platform built on Google Chrome's JavaScript V8 Engine. It is used to develop I/O intensive web applications like video streaming sites, single-page applications, and other web applications. Node.js is open source, completely free, and used by thousands of developers around the world.

Hi i'am zakaria chahboun
I majored in the section of empirical science in the secondary college in 2014, next year i went to the university and I studied physics in the first year, then i moved to the computer science branch in the secend year in the same university and i got my degree in 2017.
I have a lot of programming projects on my github account

Travel with Glance is a system that gives you the facility of booking any type of Tours and Travels. This system is made so that the Customer will not have to come to us to Book his\her Tours. The project ‘Travel with Glance’ is developed to replace the currently existing system, which helps in keeping records of the customer, details of destination as well as payment received. In the present era where “time” proves to be the most important asset for an individual by replacing the current register system to fully computerize, it not only saves the precious asset that is time, but also accuracy, reliability and uniformity can be maintained. This project is useful for the manager of the company as it helps them to search the data faster than existing system, to get customer record easily and report of the customer, payment, etc. are generated as per requirement.

NGN are envisaged to bring an Internet Protocol based communication with its maintaining of various access technologies. The research insight focus on heterogeneous multichannel multiconnectivity mobility management in NGN, its ability is to design intelligent mobility management methodologies to attain universal roaming among different types of access technologies. Multichannel and multiconnectivity mobility management call for the interoperability in heterogeneous networks. This Research article proposed a novel NGN architecture with multichannel connectivity and also proposes multichannel handover mechanism.

The communication in Mobile Ad hoc Network (MANET) is multi-hop in nature wherein each node relays data packets of other nodes thereby spending its resources such as battery power, CPU time and memory. In an ideal environment, each node in MANET is supposed to perform this community service truthfully. However this is not the case and existence of selfish nodes is a very common feature in MANETs. A selfish node is one that tries to utilize the network resources for its own profit but is reluctant to spend its own for others. If such behaviour prevails among large number of the nodes in the network, it may eventually lead to disruption of network. This paper studies the impact of selfish nodes concentration on the quality of service in MANETs.

Za razvojni deo posla oko aplikacije moze se upotrebiti i localhost ali moguce je da ponekad nece da radi kako treba te je potrebno podesiti server u Wamp-u, Xamp-u ili Lamp-u … 1. Napraviti direktorijum mkdir axios za smestanje aplikacije i preci u njega cd axios 2. pokrenuti preko terminala npm i-g create-react-app i skraceno za install-g globalno pokretanje izrade aplikacije 3. U osnovni direktorijum aplikacije napraviti : foldere: public i src izraditi failove dole nize i prekopirati u njih pripadajuce kodove: U osnovni folder aplikacije package.json kod U src folder ostale failove (App.js, index.js, axiosGet.js, axiosPost.js, axiosDelete.js) U public folderu index.html, manifest.json i favicon.ico 4. vratiti se na osnovni folder aplikacije i pokrenuti npm i ili npm install kako bi se obavilo instalisanje osnovnih paketa potrebnih za rad kompletnog primera upotrebe HTTP klijenta axios 5. pokretanje apliakcije u razvojnom nacinu rada sa npm start 6. izrada produkcionog paketa sa npm build Delovi faila package.json

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Преведи са језика: босански
For the development part of the work around the application can be used localhost but it is possible that sometimes it will not work properly and you need to set up a server in Wamp, Xamp or Lamp ... 1. Create the mkdir axios directory for application and annexation into it cd axios 2. run through the npm terminal create-react-app and shortened to install-g globally start the application creation 3. In the application's main directory make: folders: public and src create the failures down and copy the corresponding codes into them: In the base folder of the application package.json code Im src folder other failures (App.js, index.js, axiosGet.js, axiosPost.js, axiosDelete.js) in the public folder index.html, manifest.json, and favicon.ico 4. go back to the application's main application folder and start npm and or npm install to install the basic packages needed to run the complete case of using the HTTP client axios 5. start the application in the development mode with npm start 6. create a production package with n pm build Parts file package.json

The two-layer network structure has been widely adopted in wireless sensor networks (WSNs) for managing sensor nodes. In such a structure, the low layer nodes communicate with their bunch head, followed by the bunch-head nodes communicating with the base station operating in either a one hop or a multi-hop manner. The main focus of node-bunching algorithms is minimizing energy consumption due to strictly limited resources in WSNs. Also, WSNs are data intensive networks with the capability of providing users with accurate data. Unfortunately, data missing is common in WSNs. In this paper, we propose a novel joint design of sensor nodes bunching and data recovery, where the WSNs is organized in a two-layer manner with our developed bunching algorithm, and then the missing data is recovered based on this two-layer structure. Furthermore, in the proposed bunching algorithm, we take both the energy efficiency and data forecasting accuracy into consideration and investigate the trade of between them. This is based on the key observation that the high energy-efficiency of the network can be achieved by reducing the distances among the nodes in a bunch, while the accuracy of the forecasting results can be improved by increasing the correlation of the data stream among the nodes in a bunch. Simulation results demonstrate that our joint design outperforms the existing algorithms in terms of energy consumption and forecasting accuracy.