Topic
Software portability
About: Software portability is a research topic. Over the lifetime, 8987 publications have been published within this topic receiving 164922 citations. The topic is also known as: portability.
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Patent•
06 Aug 1997
TL;DR: In this paper, the authors provide exemplary systems and methods for provisioning network elements when providing local number portability services, which includes both ported global title translation data and location routing number data.
Abstract: The invention provides exemplary systems and methods for provisioning network elements when providing local number portability services. In one exemplary method, local number portability subscription information which includes both ported global title translation data and location routing number data is entered into a single network element management system. Selective network elements which are in communication with the network element management system are then provisioned with the ported global translation data and the local routing number data based on logical network definitions stored in the network element management system.
34 citations
Patent•
13 Jul 2005TL;DR: In this article, the authors present a system for dynamic verification of application portability, which includes an application server configured to support a debugging interface, an application deployed on the application server, and a portability verification tool.
Abstract: A system and for dynamic verification of application portability may include an application server configured to support a debugging interface, an application deployed on the application server, and a portability verification tool. The portability verification tool may be configured to invoke the debugging interface during an execution of the application to determine whether the application violates one or more specified portability criteria during the execution.
34 citations
03 Dec 2020
TL;DR: ROSMonitoring as discussed by the authors is a framework to support Runtime Verification (RV) of robotic applications developed using the Robot Operating System (ROS), and it can be used in a traditional ROS example.
Abstract: Recently, robotic applications have been seeing widespread use across industry, often tackling safety-critical scenarios where software reliability is paramount. These scenarios often have unpredictable environments and, therefore, it is crucial to be able to provide assurances about the system at runtime. In this paper, we introduce ROSMonitoring, a framework to support Runtime Verification (RV) of robotic applications developed using the Robot Operating System (ROS). The main advantages of ROSMonitoring compared to the state of the art are its portability across multiple ROS distributions and its agnosticism w.r.t. the specification formalism. We describe the architecture behind ROSMonitoring and show how it can be used in a traditional ROS example. To better evaluate our approach, we apply it to a practical example using a simulation of the Mars curiosity rover. Finally, we report the results of some experiments to check how well our framework scales.
34 citations
TL;DR: Three types of portability are described and the implications for local loop competition of specific LNP issues: implementation techniques; E-911 emergency services delivery; neutrality of subscriber database and number administration; infrastructure cost allocation and cost recovery.
34 citations
Patent•
27 Jun 1996TL;DR: In this article, the authors propose a device driver interface (DDI, 118) for achieving portability of device drivers for operating with full source level compatibility across multiple instruction set architectures and platforms.
Abstract: A device driver interface (DDI, 118) for achieving portability of device drivers (110) for operating with full source level compatibility across multiple instruction set architectures and platforms. The device driver interface (DDI, 118) makes transparent to the driver (110) the actual data access mechanisms of the host computers (108, 130) on which the driver (110) is compiled.
34 citations