Sentence examples for implementation of cryptography from inspiring English sources

Among programmers, cryptography is notorious for its difficulty — even a tiny mistake can render your seemingly secure code worthless — and the conventional wisdom is that, whenever possible, the implementation of cryptography should be left to the experts.

We describe practical and in-field implementation of cryptography schemes, CM as well as the PIC (photonics integrated circuit) devices reported so far.

Among programmers, cryptography is notorious for its difficulty even a tiny mistake can render your seemingly secure code worthless and the conventional wisdom is that, whenever possible, the implementation of cryptography should be left to the experts.

Furthermore, energy efficient wireless sensor modes running on batteries cannot afford the implementation of cryptography algorithms as such techniques have significant impact on the system power consumption.

Poor implementation of cryptography methods were behind the flaw, researchers said.

This allows implementation of cryptography in constrained platforms such as wireless devices, handheld computers, smart cards, and thin-clients.

The ubiquitous presence of mobile devices and the demand for better performance and efficiency have motivated research into embedded implementations of cryptography algorithms.

Besides, clustering helps us to increase security of the network by allowing implementation of complex cryptography algorithms.

The talk will conclude with a most technical application, the implementation of intercontinental quantum cryptography between Beijing and Vienna via the Chinese quantum satellite Micius, and with The Big Bell Test involving 100.000 participants providing independent input for 13 experiments on 5 continents.

Essentially these virtual currencies are based on the principals of a peer-to-peer, decentralized, digital currency whose implementation relies on the principles of cryptography to validate the transactions and generation of the currency itself.

The proposed modulo 2n + 1 arithmetic units can be utilized in all applications where the residue number system is used for the implementation of digital signal processing and cryptography algorithms.