The ability to share (provide and harvest) metadata records via standard protocols.
The ability of one application to use the same code when accessing data in different DBMSs.
one of the most important features available in a command control system. Interoperability means that you can use your DCC compatible equipment with other DCC compatible equipment made by different manufacturers.
it must be possible to move assets back and forth between different systems.
Ability of different types of databases, applications, operating systems, and platforms to function in an integrated manner.
The ability of two computers to communicate & exchange information with each other.
The ability to have applications and computers from different vendors work together on a network.
guarantees that the system or software programme you use allows you to read (and write) the file formats of other systems or programmes. It enables you for example to play your CD on your hi-fi player, on your computer and on the CD player in your car.
The ability of any two computers that are interconnected to understand each other and perform mutually supportive tasks such as client/server computing
A broad term, encompassing many of the issues where distributed databases and resources on the Internet might be made to work together, offering the user the ability to access, cross-search and cross-browse them from a single interface.
The ability of electronic components produced by different manufacturers to communicate across product lines. [Source: York Telecom
Ensures that metadata is understood and easily shared among user communities. Interoperable metadata standards also enable efficient processing across different computer platforms regardless of specific implementation standards.
ability to transfer and use information across multiple technologies/systems
adj. The capability to communicate, execute programs, or transfer data among various functional units in a way that requires the user to have little or no knowledge of the unique characteristics of those units.
The ability of independent, distributed software components to operate together as part of a larger system.
The ability of different telecommunication networks and / or apparatus to work together to provide a seamless service for users.
The ability to share information (voice and data) in real time between various public safety personnel.
The ability of an application to work with other vendors' and companies' applications.
Interoperability is the ability of two (or more) systems to interoperate. Interoperability requires attention to hardware, software, communications protocols and applications.
From XML Schema Part 2: Datatypes ( 2001-05-02) The number of literals for each value has been kept small; for many datatypes there is a one-to-one mapping between literals and values. This makes it easy to exchange the values between different systems. In many cases, conversion from locale-dependent representations will be required on both the originator and the recipient side, both for computer processing and for interaction with humans.
The ability to run software and exchange information in a multiplatform environment.
The ability to integrate the operation of diverse networks and systems. The vision of the intelligent transportation infrastructure is a seamless interoperable coast-to-coast network that allows drivers and information to flow through the system without barriers.
the ability of diverse computer systems to work together by using common protocols. Interoperability is the fruit salad without which, the Internet would be just a bunch of chopped up apples, oranges, bananas and kiwis.
Ability of computing equipment manufactured by different vendors to communicate with one another successfully over a network.
a condition that exists when the distinctions between information systems are not a barrier to accomplishing a task that spans multiple systems.
Interoperability is the ability to plug instruments or other elements produced by more than one manufacturer into a fieldbus network and still have them able to communicate with each other and the control system(s). They may, however, have different levels of functionality.
The ability of computing equipment manufactured by different vendors to communicate successfully over one integrated network.
The ability of information systems to operate in conjunction with each other encompassing communication protocols, hardware software, application, and data compatibility layers. See component.
(computer science) the ability to exchange and use information (usually in a large heterogeneous network made up of several local area networks)
The extent to which a digital learning resource will “plug and play” on different platforms. Interoperability also refers to the ease with which two software components can exchange and correctly interpret each others' data.
Ability to integrate products from different vendors into functional systems without developing custom software, hardware or tools, and without using gateways between the products.
The ability to approach data and functions from another platform.
Capability of a system or product to be interchangeable with other systems or products.
Enabling different systems to work together seamlessly and exchange data by using agreed standards and specifications.
The ability of disparate systems to share network resources.
The ability of video-communications or other devices to operate together with complete compatibility. Standards developed by the ITU-T are the key to an interoperable ‘Open systems’ environment.
the ability of multiple systems, using different hardware and software platforms, data structures, and interfaces, to exchange and share data.
A term describing ability of equipment from different sources to work together.
The ability of hardware and software made by a variety of different manufacturers to work seamlessly together.
The ability for equipment to work together.
The degree to which different types of software and hardware can interact effectively with each other.
A state of complete compatibility among devices required to operate together with each other, with reference to a specified feature set or standard. This is an important consideration when mixing non-ITU-T codecs from different manufacturers and when mixing ITU-T codecs from different manufacturers which may support different capabilities. Remember that ITU-T codec systems revert to the highest common denominator for operation.
The ability of products manufactured by different companies to operate correctly with one another
the ability for organisations to share information and data (e.g. by using common standards).
The ability of systems or products to work together automatically. Interoperability is only possible when the systems or products conform to standards.
The ability of software and hardware to communicate meaningfully on diverse machines from multiple vendors.
The ability of ICT systems to work together. The e-GIF (Government Interoperability Framework) states that if “..the coherent exchange of information and services between systems” is achieved then the systems “can be regarded as truly interoperable”. (Note that to be e-GIF compliant the system must not only satisfy this interoperability test, but also “.. it must be possible for any component or product used within an interface to be replaced with another of similar specification and the functionality still be maintained'”.) (Taken from e-GIF Part One Version 4.0 Section 4.5, April 25th 2002).
The ability of a system or a product to work with other systems or products without special effort on the part of the customer.
Communication between dissimilar codecs. The ITU-T Px64 standard is designed to permit interoperability.
The ability of two or more systems or components to exchange and use information. The ability of systems to provide and receive services from other systems and to use the services so interchanged to enable them to operate effectively together.
The ability of software and hardware on multiple machines from multiple vendors to communicate meaningfully.
enables distributed heterogeneous simulation systems to be interactive so that a meaningful exercise may be conducted. the ability of a model or simulation to provide services to and accept services from other models and simulations, and to use the services so exchanged to enable them to operate effectively together. two training systems interoperating to present a single training exercise in the same simulated space to a geographically dispersed audience.
The ability of software and other products to work together smoothly on multiple devices and platforms.
The ability to connect to and exchange data with other hardware and software.
A state of compatibility between visual communication units manufactured by different vendors.
The ability for a Digital Asset Management system to integrate with other systems and databases.
Generally, the ability to understand the form and format of information received and to be able to respond to that information in the manner expected by the sender. For instance, devices that can plug into and use correctly the cigarette lighter socket in a car can be said to be interoperable with the cigarette lighter.
The ability of hardware or software components to work together effectively.
The ability of computers on a network to share application software.
The harmonious working together of different types of computer hardware and software.
ability of systems, units or forces to provide services to and accept services from other systems, units or forces and to use the services so exchanged to enable them to operate effectively together.
Standards and file formats promoting interaction between systems.
The ability of various types of computers and programs to work together.
The ability of different types of computers, networks, operating systems, and applications to exchange information, without prior communication, in order to exchange information in a useful and meaningful manner.
The ability of applications and hardware combinations on two or more computer systems to communicate successfully with each other. Standards set by groups such as the IEEE are the reason why devices from different vendors operating across multiple platforms are capable of working with each other.
the ability of military systems, units or forces to provide services to and accept services from other systems, units or forces and to operate effectively together; especially crucial for communications equipment] see also: commonality; standardization
The ability to operate and exchange information in a heterogeneous network. For example, one large network made up of several different local area networks.
The ability of one computer system to control another even though the two systems are made by different manufacturers.
The ability of electronic components produced by different manufacturers to communicate across product lines. The trend toward embracing standards has greatly furthered the interoperability process
The ability of equipment or software to operate properly in a mixed environment of hardware and software, from different vendors. Enabled by the IEEE 802.11 open standard.
is the capability of software or hardware to operate interactively with other software or hardware without requiring special or additional technology.
With respect to software, the term interoperability is used to describe the capability of different programs to exchange data via a common set of business procedures, and to read and write the same file formats and use the same protocols.
is the ability to link (service chaining) different applications regardless of proprietary software used at the source together so that several web services are available concurrently. The Open Geospatial Consortium interoperability specifications allow different servers and their applications to recognise and talk to one another. The ability to transfer and use information in a uniform and efficient manner across multiple organisations and information technology systems. It underpins the level of benefits accruing to enterprises, governments and the wider economy through e-commerce (source: NOIE). The ability for a system or components of a system to provide information portability and inter-application, cooperative process control (source: OGC).
The ability of a network to coordinate and communicate with other networks, such as two systems based on different protocols or technologies.
Enabling different systems to work together and exchange data. Interoperability between different systems is achieved by using common standards and specifications. Examples of e-learning interoperability: Passing information about a student and their educational qualifications from a Student Record System in one college to a Student Record System in another college. Creating educational content in one VLE (Virtual Learning Environment) and passing it to another VLE to be reused.
The ability for multiple software components to interact regardless of their implementation programming language or hardware platform.
The condition achieved among communications-electronics systems or items of communications-electronics equipment when information or services can be exchanged directly and satisfactorily between them and/or their users.
The ability to accept cards from one state in another state. Currently, only cards from states within a coalition may be accepted in other states.
The ability of a network to interact with other networks or the ability of software and hardware on different machines from different vendors to share data.
the possibility of using a card at Point-Of-Sale terminal and ATMs of another card system.
This term generally refers to the ability of hardware and software from different vendors to understand each other and exchange data, either within the same network or across dissimilar networks. Within our own industry it means that different payment products from different payment schemes should work in the same way, in the same terminals, and across the same networks.
The ability of programs on different, multi-vendor computers to share data. Interoperability requires process-to-process networks that follow the same communication protocols at all levels, from client/server programs to the wire.
The ability of heterogeneous systems and networks to communicate and cooperate through specified standards.
The ability of disparate computer systems to interact with one another, especially databases.
The ability of software and hardware from different vendors, and using different operating systems, to communicate meaningfully. Interoperability is a desirable feature when researching hardware and software to build or add on to an existing network. The goal of most Internet standards and protocols is the smooth interaction and transmission of data between heterogeneous networks, which we also call interoperability. WWWebfx Home Page
The ability of two or more systems or products to work together without special effort. For example, routers and switches in a network require interoperability.
the ability of two computer systems to operate concurrently as a unit, exchanging data and programs.
The ability of software and hardware on different machines to communicate with each other.
The ability of government organisations to share information and to integrate information and business processes by agreeing to use common standards.
Compatibility. The ability of software and hardware on multiple pieces of equipment made by different companies or manufacturers to communicate and work together.
The ability of one videoconferencing system to conduct a video call with another system by conforming to international standards.
The capability of two or more systems to meet user requirements by communicating through specific mechanisms in a known environment.
The ability of two or more given systems (devices, databases, networks or technologies) to interact with one another in accordance with a prescribed method.
the ability of environments to exchange database objects and relationships in forms usable by tools and user programs.
The capability of systems, units, or forces to provide services to or accept services from other systems, units, or forces, and to use the services so exchanged to operate effectively ( DODINST 5000.2). Effective exchange of information is emphasized. For example, a radar is interoperable with a gun system if the radar causes the gun to point a the target; the Carrier Aircraft Inertial Navigation System must be interoperable with the Ship's Inertial Navigation System for initial alignment; a fuze must be interoperable with the warhead in order for the firing signal to get through.
The ability for different systems to work together
Interoperability is the ability of multiple systems or components having different hardware and software platforms, data structures, and interfaces to exchange data with minimal loss of content and functionality.
The ability of a piece of equipment to interoperate with like equipment from other manufacturer's.
The ability of two or more systems or components to exchange information and to use the information that has been exchanged.
A program, usually small in scope and size that represents a person, a system or an organization in the context of automating a task or a part of a task. Intelligent agents will typically gather information, apply business logic to that information and deliver information as a result of that logic to a person, an organization and/or another system.
The ability of equipment from multiple vendors to communicate using standardized protocols.
Way of describing how computer data, software, hardware, digital assets and so on can be identified, sourced, exchanged and used regardless of their origin, construction and subsequent usage.
Communication between different computer systems. Seamless accessing and sharing of multiple data structures across multiple hardware platforms, operating systems and application software. For example, software A using hardware B being able to access and operate on data C.
Compatibility between different manufacturers' digital cinema systems. A vital industry requirement is the ability to replay a common digital movie file on playback systems from multiple manufacturers. Standardization is in progress.
The capability for software services or components to easily exchange logic, data, and information.
The ability of software and hardware on multiple machines frommultiple vendors to communicate meaningfully. IP
Interoperability is the ability of systems, services and organizations to work together seamlessly toward common or diverse goals. In the technical arena it is supported by open standards for communication between systems and for description of resources and collections, among others. Interoperability is considered here primarily in the context of resource discovery and access. Source: OAI for Beginners - the Open Archives Forum online tutorial at http://www.oaforum.org/tutorial
The ability to run application programs from different vendors across local, wide and metropolitan area networks, giving users access to data and applications across heterogeneous networks. A network user need not know anything about the operating system or the configuration of the network hardware to gain access to data from the file server.
The ability to exchange information in a network that contains computers and additional devices that have dissimilar operating systems or protocols.