Sentence examples for legacy implementations from inspiring English sources

The upcoming specification guarantees backward and forward compatibility with earlier standards and legacy implementations.

In this paper, it is demonstrated how — while respecting backward and forward compatibility with legacy implementations of image decoders — this functionality can be integrated in the family of coding technologies standardized by the JPEG committee.

So far there seems to be no approach that would enforce these implicit assumptions for a given implementation of a security protocol (in particular regarding legacy implementations which have not been developed with formal verification in mind).

However, instead of applying the legacy implementation of the IEEE 802.11 physical (PHY) and MAC layers, the overhauled implementation of [22] is adopted.

This is a significant improvement compared to the legacy implementation and is of high importance when taking the hidden node problem into account.

There is a legacy implementation at http://wwww.netlib.org, but some hardware vendors also include tuned versions of certain routines in their mathematical libraries (e.g., Intel MKL and AMD ACML).

There is a legacy implementation of BLAS publicly available at http://www.netlib.org, but the aspect that makes BLAS really useful is the existence of implementations developed by most hardware vendors and highly tuned for their specific products.

Forward compatibility refers to the capability of the older standard or its legacy implementation to still being able to interpret and decode the information it is assumed to recognize in the expanded file format specification but to ignore all new components that are connected to the more recent standard specification such that it does not breakdown.

We also introduce a packet probing-based available bandwidth estimation method, suitable for legacy device implementations, and verify it experimentally.

They discuss a DCSPT method for available bandwidth estimation, based on dual carrier sensing with parallel transmission awareness and introduce a packet probing-based available bandwidth estimation method, suitable for legacy device implementations.

These techniques have different properties in terms of compatibility to legacy browsers, implementation complexity and compatibility with other techniques required to implement pseudonymized data management, especially JSONP.