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The Experts below are selected from a list of 63 Experts worldwide ranked by ideXlab platform

David Dunkelberger - One of the best experts on this subject based on the ideXlab platform.

Matthias Messal - One of the best experts on this subject based on the ideXlab platform.

Esa Kuusisto - One of the best experts on this subject based on the ideXlab platform.

  • Centralized Data Center Provisioning and Configuration in Managed Service Provider Environment
    2012
    Co-Authors: Esa Kuusisto
    Abstract:

    Name: Esa Kuusisto Title: Centralized Data Center Provisioning and Configuration in Managed Service Provider Environment Date: May 22 2012 Number of pages: 77 Degree Programme: Specialization: Information Techonology Multimedia Communications Instructor: Ville Jaaskelainen, Principal Lecturer Instructor: Pekka Rasi, Crescom Ltd The topics of this Thesis were centralized data center server provisioning and management. Following are the questions the present study aimed to give answers to: Is it a correct solution to speed up installations server updates and big configuration changes in a data center? Can the provisioning software be used to automate support jobs which can take many hours to complete and do the same tasks repeatedly? Does the provisioning software take out possible errors in configurations which are done from one centralized location? Provisioning application brings benefits to managing different operating systems and their updates. It allows selecting required update packages and distributing and installation of selected updates to the Managed servers. Provisioning enhances new server installation since the software can deploy new virtual machines rapidly. It can also provision new operating system installations to empty bare metal servers. According to the study the provisioning application did bring noticeable time savings in the deployment process of the new operating system deployment to a bare metal server. It installed common settings automatically to a server under deployment. During the deployment process a server is added under a provisioning software management. Using provisioning software to manage and deploy a server did bring time savings to the company. The use of the predefined installation process to deploy new installations helped to control servers in a Managed Server Provider (MSP) environment. BladeLogic provisioning software can be used to manage a server and to help to simplify a server management because only BladeLogic software is needed and all server management is centralized.

Shakir Khan - One of the best experts on this subject based on the ideXlab platform.

  • Data Center -Based, Service Oriented Architecture (SOA) in Cloud Computing
    2013
    Co-Authors: Abu Sarwar Zamani, Mohammad Jawed Miandad, Shakir Khan
    Abstract:

    SOA and cloud computing are complementary activities; both will play important roles in IT planning for senior leadership teams for years to come. Cloud computing does not replace SOA or the use of distributed software components as an integration technology. SOA inspired componentization eff orts, where soft ware leverages other network based soft ware using standards-based interfaces. In this paper we discussed what it takes to build a cloud network, evolution from the Managed Service Provider model to cloud computing roles as well as importance of collaboration, Service-oriented architectures as an intermediary step and the basic approach to data center-based SOAs, and the role of open source software in data centers and where and how it is used in cloud architecture.

Alex Kalpaxis - One of the best experts on this subject based on the ideXlab platform.

  • WIRELESS INFANT/BABY TEMPORAL-SPATIAL MOBILITY ANALYZER USING REAL-TIME THREE DIMENSIONAL ACCELERATION DATA FOR THE PURPOSES OF DETECTING AND ALARMING A SUDDEN INFANT DEATH SYNDROME CONDITION VIA AN AD-HOC MESH NETWORK
    2015
    Co-Authors: Alex Kalpaxis
    Abstract:

    Abstract — Sudden infant death syndrome (SIDS) is the term used to designate the almost inexplicable deaths of seemingly healthy infants. Also known as, crib death, SIDS is the leading category of infant deaths between the ages of two weeks and one year and account for one-third of all deaths after the newborn period. It is agreed in the medical community that SIDS occurs in healthy infants because of the simultaneous occurrence of a series of seemingly unrelated biological events. Infants who have periods of apnea, or difficulty in breathing, sudden skin color change to blue or pale, changes in muscle tone either to limpness or rigidity and who appear to require help in breathing are more likely to be effect by SIDS. We have developed a wireless autonomous infant/baby mobility detection, monitoring, analysis and alarm event generation system. The system is capable of detecting, monitoring and profiling/correlating infant/baby mobility such as breathing, rollovers, falls, shaking (mild/violent), and tremors. Specific mobility events will require critical event processing such as an infant rolling over and as result could now be suffocating and may become a sudden infant death syndrome (SIDS) event. The system will wirelessly relay these critical series of events to a series of monitor/alarm mesh network node facilities for immediate caretaker notification. This system wirelessly relays these critical events to series of collector facilities that is in their default configuration, are attached directly to a medical Managed Service Provider or care giver to support a large nursery or hospital pediatric unit. I

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