Sentence examples for code that achieves from inspiring English sources

The problematic issues in SOA are driven by the gap between management's buy-in to SOA and the ability of software architects and developers to deliver production-worthy software code that achieves user satisfaction.

Specifically, the paper by Cocco et al. exploits LDPC schemes in high-order Galois fields, while the paper by Duyck et al. considers joint channel-network coding through a unified graph structure and proposes the construction of an LDPC code that achieves full diversity for multiple-access relaying.

This prohibits plagiarising code, but allows competitors to devise different code that achieves the same end.

We also present information theoretic performance bounds and explicit network codes that achieve optimal performance.

Raptor codes are an extension of LT codes that achieve a linear encoding/decoding processing time.

Raptor codes are a computationally efficient implementation of fountain codes that achieve close to ideal performance.

We already know that for any non-identical parallel B-DMCs, there exist polar codes that achieve the symmetric capacity as N goes to infinity.

This paper is a tutorial review on important issues related to code-division multiple-access (CDMA) systems such as channel capacity, power control, and optimum codes; specifically, we consider optimum overloaded codes that achieve errorless transmission in the absence of noise for the binary and nonbinary cases.

The proof of Proposition 3 is the same as that of the existence of polar codes that achieve the set of individual capacities ({ bar {I}(W_{(i)}) }), since the symmetric capacity (I_{s}left (W^{L}_{[N]}right)) is their sum.

The authors proved the existence of polar codes that achieve the symmetric capacity for any q-ary input alphabet discrete memoryless channel when q is the power of 2. In our model, by grouping and relabeling alphabets in the same length, the model can be mapped to an equivalent q-ary alphabet model, without any information loss because these operations are deterministic.

In addition to providing a new set of low-density error-correcting codes that achieve Shannon's noisy channel bound, these networks also efficiently solve a variant of the hidden clique problem in computer science, opening new avenues for real-world applications of computational models originating from biology.