Gyene, Tamás · University of Debrecen Electronic Archive (University of Debrecen) · 2020
A 21. században működő, tevékenykedő, gazdálkodó szervezeteket, vállalatokat érintő kihívások megoldásában egyre kiemelkedőbb szerepe van az IT (Information Technology) világának. A globalizáció, digitalizáció, a felgyorsult gazdasági változások hatásának köszönhetően elengedhetetlen feladattá vált, hogy a vállatok IT szakemberei biztosítsák munkavállalóik számára az információ elérést, a naprakész tudás megszerzését, a kommunikációs csatornákat, megfelelő infokommunikációs eszközök segítségével. Továbbá képesnek kell lenniük a világ bármely pontjára eljuttatni és használatra kész állapotba hozni a megfelelő szoftvereket, alkalmazásokat. Szakdolgozatom célja, hogy bemutassam a Configuration Manager alkalmazásának lehetőségeit nagyvállalati környezetben, alapos szakirodalmi áttekintéssel, valamint gyakorlati szempontok feltárásával. Feltételezem a szakdolgozatomban, hogy a rendszergazdák mindennapi munkáját produktívabbá teszi. Továbbá kutatom, hogy a nagyvállalatok munkavállalóinak, felhasználóinak a feladatellátása, során milyen előnyökkel jár, hogyan növeli a munkavégzés hatékonyságát.
Cited by 0
Mingyu Wu (10178409), Cham Ying Kit (20818353), Eileen Lee Ming Su (20818356) et al. · Figshare · 2025
<div> This study develops and evaluates quantitative metrics to assess surgical dexterity within virtual reality (VR) simulations to enhance surgical training and performance. By employing advanced VR technology, this research systematically investigates the influence of controlled experimental factors—posture, handedness, and visual magnification—on surgical performance. The impact of human factors such as surgical specialty, experience, and lifestyle factors like sleep and caffeine consumption on surgical dexterity is also analyzed. The findings reveal that seated posture, dominant hand usage, and enhanced visual magnification significantly improve surgical precision and efficiency. Contrary to common beliefs, lifestyle factors such as sleep duration and coffee consumption showed minimal impact on performance metrics. The study highlights the potential of VR simulations to provide a controlled, replicable, and safe environment for surgical training, emphasizing the importance of personalized training protocols that cater to individual surgeon’s needs. The insights from this research advocate for integrating quantitative, objective metrics in surgical training programs to refine and accelerate dexterity acquisition, ultimately aiming to improve patient outcomes and surgical care. </div>
Cited by 0Open access
Nils P. Sudmann, Dag Johansen · Lecture notes in computer science · 2002
Cited by 15
Miroslaw Staron · Elsevier eBooks · 2026
Cited by 0
Coupaye And Estublier, T. Coupaye, J. Estublier · 2000
While Software Engineering has mainly focused so far on software development, software deployment is now emerging as a new research field. Software or Application deployment is a complex process which covers all the activities that have to be carried out from the end of the development itself on the producer sites to the actual installation and maintenance of the application on consumer computers. This article set up grounds for enterprise software deployment which is the large-scale deployment of complex applications in large companies.
Cited by 0
T. Greene · 2015
Cited by 0Open access
John Tyndall, Dan R. Herrick, John B. Tyndall · 2016
All in-text\treferences\tunderlined\tin\tblue\tare\tlinked\tto\tpublications\ton\tResearchGate, letting you\taccess\tand\tread\tthem\timmediately.
Cited by 0
Sander Van Der Burg, Sander Van Der Burg · 2016
Cited by 0
Tuovinen, Maxim · Tampere University Institutional Repository (Tampere University) · 2015
Software downtime refers to the time when software is unavailable or its operation is prevented for some reason. New software installations, migrations and upgrades cause downtime in the system which leads to loss in revenue and reduced general level of service for the company. Difficult part is finding the right set of tools and practices that minimize this downtime at different stages of software’s deployment. Choosing the right tools that are compatible with company’s infrastructure is also challenging and typically happens through trial and error. \nThe focus of this thesis is to study different means to reduce downtime during software deployment. Study focuses on reviewing tools and practices that can be used to deliver and deploy software to a production environment without service interruption. The research was carried out as literature review by examining the documents and materials from different sources.
Cited by 2Open access
Meriem Belguidoum, Fabien Dagnat · 2007
The deployment of distributed systems is extremely complex. Indeed, software deployment faces significant problems of success and safety. These problems are due to the lack of a unified model, a global architecture for deployment and an explicit dependency representation among the target system and application components. Therefore, we advocate moving from an ad hoc approach to a structured, systematic and safe approach. In this paper, we propose a generic model and an architecture for a dependable deployment.
Cited by 9
Bill Stackpole, Patrick Hanrion · 2007
The deployment of software patches can be just as challenging as building entirely new workstations. Training and support issues can haunt even the most successful software launch for months. Preparing for the rigors of software deployment includes not just implementing change, but training employees, predicting and mitigating pitfalls, and managin
Cited by 5
Mobile Ad, Frédéric Guidec, Nicolas Le Sommer et al. · 2010
This paper presents a middleware platform allowing the dissemination of software components on handheld devices forming a disconnected MANET. It is based on a model that exploits peer-to-peer and opportunistic interactions between neighboring devices to deploy component-based applications, without relying on any kind of infrastructure network. Each device runs a deployment manager, which strive to fill a local component repository with software components so as to be able to satisfy the deployment requests expressed by the user. To do so the deployment manager interacts with peer managers located on neighboring devices, providing its neighbors with copies of software components it owns locally, while obtaining itself from these neighbors copies of components it lacks. The platform also provides communication facilities adapted to disconnected MANETs that notably allow efficient multi-hop exchanges.
Cited by 0
Roberto Silveira Silva Filho, Roberto Silveira, Silva Filho · 2007
Software deployment is a complex procedure that evolves the release, installation, adaptation, reconfiguration, update, activation, deactivation, retirement and remove of software in a set of sites. This paper presents and describes some ideas concerning the use of the mobile agents as a promising paradigm to support this important software engineering activity. The use of workflow is also presented as a coordination tool for expressing large-scale software deployment activities. Key Words: Mobile Agents, Software Deployment, Configuration Management, Workflow and Distributed Systems. 1 Introduction The objective of this paper is to propose some ideas concerned the use of mobile agents and workflow in the software deployment research area. Few publications addressed this problem using the mobile agents paradigm and none of them, according to the author knowledge, used the idea of workflow to express conditions and coordination in large-scale software deployment. This paper proposes ...
Cited by 0
Nils Sudmann And, Nils P. Sudmann, Dag Johansen · 2002
In this paper we show how mobile agents can be applied to software component updates in a distributed environment. One important aspect is that the control code for component updates can be distributed at run time. Also, by selecting the right agent system one gains exibility in the choice of con guration languages.
Cited by 0
Tomberg, Yevhenii · DSpace repository (University of Tartu) · 2025
https://www.ester.ee/record=b5768430
Cited by 0Open access
Xuemei Zhang, Hoang Pham · Journal of Systems and Software · 2005
Cited by 0
Ramires, J., P. Antunes et al. · Portuguese National Funding Agency for Science, Research and Technology (RCAAP Project by FCT) · 2010
Cited by 0Open access
Chakraborty, Tanmoy · Zenodo (CERN European Organization for Nuclear Research) · 2025
Reproducible, maintainable, and scalable software builds are fundamental to high-performance computing (HPC) environments. However, the traditional approach of manually compiling and configuring scientific software is often time-consuming, error-prone, and difficult to replicate across systems. This presentation explores how making software EasyBuild-friendly significantly simplifies the process of deploying complex software stacks on HPC systems. EasyBuild is an open-source framework that automates the building, installation, and management of scientific software on HPCs. By creating EasyBuild “easyconfigs” and optionally writing custom “easyblocks,” users can define builds declaratively—reducing the need for manual intervention and ensuring consistent results across installations. The session will cover key principles for adapting or packaging software to be EasyBuild-friendly, including proper handling of dependencies, versioning, environment modules, and integration with software stack management tools like Lmod. Through practical examples, we will demonstrate how to convert manual build processes into automated EasyBuild recipes. We will highlight the benefits for both research software engineers and end-users: faster deployment, simplified software stack maintenance, and improved reproducibility. Attendees will also learn how to contribute back to the EasyBuild ecosystem, making their software accessible to a broader HPC audience. By adopting EasyBuild in research environments, institutions can reduce redundant work, standardize their software environments, and free up valuable researcher time. This talk aims to empower RSEs to leverage EasyBuild not just as users, but as contributors shaping the future of sustainable HPC software deployment. A recording of this session is available on YouTube: https://youtu.be/ruyzrDYU2s0
Cited by 0Open access
Chakraborty, Tanmoy · Zenodo (CERN European Organization for Nuclear Research) · 2025
Reproducible, maintainable, and scalable software builds are fundamental to high-performance computing (HPC) environments. However, the traditional approach of manually compiling and configuring scientific software is often time-consuming, error-prone, and difficult to replicate across systems. This presentation explores how making software EasyBuild-friendly significantly simplifies the process of deploying complex software stacks on HPC systems. EasyBuild is an open-source framework that automates the building, installation, and management of scientific software on HPCs. By creating EasyBuild “easyconfigs” and optionally writing custom “easyblocks,” users can define builds declaratively—reducing the need for manual intervention and ensuring consistent results across installations. The session will cover key principles for adapting or packaging software to be EasyBuild-friendly, including proper handling of dependencies, versioning, environment modules, and integration with software stack management tools like Lmod. Through practical examples, we will demonstrate how to convert manual build processes into automated EasyBuild recipes. We will highlight the benefits for both research software engineers and end-users: faster deployment, simplified software stack maintenance, and improved reproducibility. Attendees will also learn how to contribute back to the EasyBuild ecosystem, making their software accessible to a broader HPC audience. By adopting EasyBuild in research environments, institutions can reduce redundant work, standardize their software environments, and free up valuable researcher time. This talk aims to empower RSEs to leverage EasyBuild not just as users, but as contributors shaping the future of sustainable HPC software deployment. A recording of this session is available on YouTube: https://youtu.be/ruyzrDYU2s0
Cited by 0Open access
João Ramires, Pedro Antunes, Ana Respício · Lecture notes in computer science · 2005
Cited by 16