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About 10,000 papers for “Provisioning”

Provisioning

Mutzel, Ariane, Olsen, Anne-Lise, Mathot, Kimberley et al. · Figshare · 2019

This file contains the data used for the analyses on the effect of treatment on visit-level provisioning data (i.e. ivi, load size, short-term delivery and prey type) and the effect of exploration behavior and aggressiveness on short-term delivery.

Cited by 0Open access

Provisioning

Susana Narotzky · Edward Elgar Publishing eBooks · 2005

Cited by 16

Provisioning

Chien-liang Fok, Gruia-catalin Roman, Chenyang Lu · 2016

Heterogeneous wireless sensor networks represent a challenging programming environment. Servilla addresses this by offering a new middleware framework that provides service provisioning. Using Servilla, developers can construct platform-independent applications over a dynamic set of devices with diverse computational resources and sensors. A salient feature of Servilla is its support for dynamic discovery and binding to local and remote services, which enables flexible and energy-efficient in-network collaboration among heterogeneous devices. Furthermore, Servilla provides a modular middleware architecture that can be easily tailored for devices with a wide range of resources, allowing resource-constrained devices to provide services while leveraging the capabilities of more powerful devices. Servilla has been implemented on TinyOS for two representative hardware platforms (Imote2 and TelosB) with drastically different amounts of resources. Microbenchmarks demonstrate the efficiency of Servilla's implementation, while an application case study on structural health monitoring demonstrates the efficacy of its coordination model for integrating heterogeneous devices.... Read complete abstract on page 2.

Cited by 0

Food provisioning

Julien, Marie-Pierre · HAL (Le Centre pour la Communication Scientifique Directe) · 2018

Cited by 0

Less Provisioning

Binlei Cai, Rongqi Zhang, Laiping Zhao et al. · 2018

Modern resource management frameworks guarantee low tail latency for long-running services using the resource over-provisioning method, resulting in serious waste of resource and increasing the service costs greatly. To reduce the over-provisioning cost, we present EFRA, an elastic and fine-grained resource allocator that enables much more efficient resource provisioning while guaranteeing the tail latency Service Level Objective (SLO). EFRA achieves this through the cooperation of three key components running on a containerized platform: The period detector identifies the period features of the workload through a convolution-based time series analysis. The resource reservation component estimates the just-right amount of resources based on the period analysis through a top-K based collaborative filtering approach. The online reprovisioning component dynamically adjusts the resources for further enforcing the tail latency SLO. Testbed experiments show that EFRA is able to increase the average resource utilization to 43%, and save up to 66% resources while guaranteeing the same tail latency objective.

Cited by 11

iOS Provisioning

Charles Edge, Rich Trouton · Apress eBooks · 2023

Imaging. We used to say that we “imaged” computers. An image was a perfect representation of a device that was ready to go into the hands of a user. The images were often monolithic or later packages that created an end result that still appeared like one completed monolith. But then came iOS and then iPadOS. Administrators didn’t “image” iOS or iPadOS devices as much as they “prepared” them, or at least that’s what the buttons in the software said at the time. These days, preparing a device to go into the hands of an end user is more about provisioning the device to a user than it is about imaging the device.

Cited by 0

Provisioning Analysis

Sparkman, Amanda · Data Archiving and Networked Services (DANS) · 2018

Cited by 0Open access

SNOM provisioning

Martín-Caro Zapardiel, Elisa · e-Archivo (Carlos III University of Madrid) · 2009

The Internet was not designed in the beginning, to be used as a real-time
\ntransportation medium. Today, it is used to send any kind of service. My
\nproject is to add an application to AskoziaPBX that provisions SNOM
\nphones. I use the protocol as a transport medium for creating, sending,
\nand termination of communication with the SNOM phone is SIP
\nprotocol.
\nAsterisk is a free software application that provides the functionality of a
\nPBX telephone exchange. Like any PBX, you can connect a number of
\nphone calls to each other and even connect to VoIP providers.
\nThe most interesting aspect of Asterisk is that it provides many VoIP
\nprotocols such as SIP, H.323, IAX, etc.
\nAskoziaPBX is a very comprehensive system based on Asterisk.
\nMy job is to automate the provisioning of a SNOM 360 phone
\n(telephones being used for this project) via SIP multicast. We can say that
\nSIP is today one of the safer and better protocols for VoIP. Finally, I
\nshould add AskoziaPBX with my applications
\nThe purpose of this application is to make it simpler and faster for users
\nto configure their phones.

Cited by 0Open access

Social provisioning

Marco Vianna Franco · Edward Elgar Publishing eBooks · 2023

This comprehensive Dictionary brings together an extensive range of definitive terms in ecological economics. Assembling contributions from distinguished scholars, it provides an intellectual map to this evolving subject ranging from the practical to the philosophical.

Cited by 0

iOS Provisioning

Charles Edge, Rich Trouton · Apress eBooks · 2019

Imaging. We used to say that we imaged computers. But then came iOS, and then iPadOS. You didn’t image iOS or iPadOS device as much as you “prepare” them, or at least that’s what the buttons in the software said at the time. These days, preparing a device to go into the hands of an end user is more about Provisioning the device to a user than it is about imaging the device.

Cited by 0