cloud IDE
208049119
OOPSLA'11 proceedings of the 2011 ACM International Conference on Object Oriented Programming Systems Languages and Applications, October 25 27, 2011, Portland, Oregon, USA
Languages Object-Oriented Programming Systems Cloud Ide
174800355
Good Bye Localhost: A Cloud Based Web IDE for Teaching Java EE Web Development to Non Computer Science Majors
While cloud and web based Integrated Development Environments (IDE) are used in practice and education for some time, these are mainly intended for classical web development. Support for enterprise platforms such as Java Enterprise Edition (EE) is typically lacking. However, in higher education, web based cloud IDE are particularly useful in software development courses for non computer science major students, since they could help to overcome the participants' limited IT skills. Thus, a respective easy to use web IDE is required. Therefore, in this paper a software platform for a web based cloud IDE for educational purposes is proposed and evaluated, which in particular supports Java EE and is suitable for non computer science majors. The platform was evaluated in a classroom experiment. The results indicate that it is useful and beneficial for the students, allowing the lecturer and the students to focus more on the actual learning objectives.
2019 IEEE/ACM 41st International Conference on Software Engineering: Companion Proceedings (ICSE Companion)
Michael Leisner Philipp Brune
219894223
Voice Enabled Intelligent IDE in Cloud
For computer programmers, an Integrated Development Environment (IDE) is an essential part of software development. Online IDEs are gaining popularity in the recent days due to the ease of use and facilities to develop and maintain codes written in various languages online, making it easier to access the codes from different devices. A cloud computing platform is ideal for developing online IDEs due to the elasticity of resource it provides to the users. In this paper, we present a cloud based IDE that can convert spoken commands to code templates (talk to code) The IDE can be used to write codes and compile it by using a varying range of programming languages. The input for the programs can be uploaded directly from files and the output can be downloaded as a text file. The talk to code feature of the IDE was developed using a simple convolutional neural network (CNN) trained with some specific words to make it lightweight and to decrease the response time. We have compared our CNN speech recognition model with other models trained on heavier data sets and it has shown better results in terms of time and accuracy for this particular area of application. The cloud based IDE was also compared with other available online IDEs and exhibited satisfactory results.
IJCCI
Sabila Nawshin Sarah Ahsin Mohmmad Ali Salekul Islam Swakkhar Shatabda
219128267
Implementation of Programming Environment based on Cloud IDE with Eclipse Che and Docker
Sugino Yudai Niimura Masaaki Okano Kozo Ogata Shinpei
212606654
SPECIFICATION Software Required Arduino IDE Language C Software requirements Front End Html CSS Php Script Language Php Backend AWS cloud computing IDE Eclipse
Accidents or Mishaps are happening calm regularly now days for some reasons. Among those reasons the calmest reason is because of the liquor dependent purchasers. A large number of the general population used to go to work places like production lines, ventures, medical clinics, workplaces and military by expending liquor. These reason hazardous mishaps in numerous spots over out of indiscretion. A definitive purpose behind this proposed work is to lessen mishaps because of liquor utilization by identifying it. This guarantees appropriate hard working attitudes are pursued. In this way, our proposed framework takes into account liquor checking in addition to announcing framework that screens this and reports it to concerned individual remotely over web. Our framework is made out of an IOT based circuit framework that utilizes Arduino board. The framework has MQ3 liquor sensor and to look at the liquor utilization of driver and to control vehicle start automatically. This data refresh to the cloud server alongside area and liquor content. This guarantees no marvel of mishaps because of liquor affect.
N Manjunathan P Rajesh Akshay Suresh
199581847
Support for full life cycle cloud native application management: Dynamic TOSCA and SWITCH IDE
Abstract Motivated by the complexity and difficulty of engineering time critical cloud applications, we investigated the methodology and software workbench to provide full application life cycle support to the software engineer. For this purpose we present a novel high level concept that is concentrated on exchanging the complex, dynamic data using OASIS TOSCA standard, mainly used in static contexts. This methodology enables specifying an application logic, provisioning, deploying, monitoring, and dynamical adaptation to changing conditions. It can be applied effectively to the interchange of dynamically changing data in order to maintain Quality of Service. By extending TOSCA with dynamic mapping of Qualify of Service and runtime attributes related to the application and underlying architecture we show that TOSCA can be used to exchange data and reconfigure on demand compute resources whilst the application is in the process of design, infrastructure provisioning, runtime or adaptation. To demonstrate that our novel research contributions can be realised, we implemented SWITCH IDE, which showcases this concept through its development workflow which offers application and underlying infrastructure description, manipulation and reconfiguration of QoS and runtime attributes. Our approach differs in that it supports the concept of dynamic TOSCA by directly enabling application runtime to be reconfigured on the fly.
Future Gener. Comput. Syst.
Polona Stefanic Matej Cigale Andrew C Jones Louise Knight I Taylor
64273393
Auto recording of user behaviours in cloud IDE
Chixiong Zhang
221644936
A SECURE DATA SHARING AND REVOCATION IN CLOUD USING IDE
In this paper, we presented a secure data sharing and revocation using Identity Based Encryption (IBE) In cloud Cloud storage means "the storage of data online in the cloud" however, the cloud storage is not completely trusted. To tackle this issue outsourcing Revocable IBE scheme for efficient key generation and key updating process is introduce. Also to improve the efficiency of cloud server in terms of storage new secure data self destructing system in cloud computing is used. In this system, each cipher text (encrypted file) is labeled with a time interval. If the attributes associated with the cipher text satisfy the keys access structure and both the time instant is in the allowed time interval then the cipher text is decrypted. After a user specified end time the data at cloud server will be securely self destructed. KeywordsSelf Destruction, Identity established Encryption (IBE) Revocation, Outsourcing
K Likitha Mrs P S G Aruna Sri K Ratna Phanitha
6913055
TECHNOLOGY THAT EDUCATORS OF COMPUTING HAIL (TECH)Using Cloud9, a powerful cloud based IDE in the classroom
Welcome to the latest TECH column, a column that features a guest columnist, discussing technologies that educators find useful in their classrooms. The guest columnist is selected from those who have presented at a SIGCSE Technical Symposium session. This issue's guest columnist, Jeff Solin, offers his ideas on Cloud9.
Inroads
Jeff Solin
23450192
Putting Cloud 9 IDE on the Wheels for Programming Cyber Physical Internet of Things Platforms Providing Educational Prototypes
The paper describes the development of educational Cyber Physical Robotic Platforms, remotely controlled via cloud technologies. The platform is implemented using Parallax ActivityBot kit (only for mechanical part) controlled by Arduino, and includes a Quad core ARM processor Mini PC MK802 V5 LE running Xubuntu Linux. The programming on the developed platform could be performed in JavaScript and HTML, providing the web interface for controlling the system through Wi Fi. Programming the platform is possible through the Cloud9 IDE web interface, enabling rewriting the code or running different programs by the user. Four equal platforms were implemented to address the need for the easily accessible educational Cyber Physical Robotic Platforms Internet of Things hardware for students and tested in the experiment.
ICINCO
Andrej Skraba Vladimir Stanovov Eugene Semenkin Andrej Kolozvari Radovan D Stojanovic Davorin Kofjac