… lightweight cryptography, and explain how to achieve design goals that cannot be met by
conventional cryptographic … how design decisions in lightweight cryptography should be driven …

… To explore the design space of lightweight hashing, we propose to instantiate the sponge
construction with a PRESENT-type permutation. The resulting construction is called …

… In lightweight cryptography, we often see smaller block size (typically 64 bits or 80 bits), …
For lightweight cryptography, the main constraints that we have are typically related to power …

… Finally, identify several trends in the design of lightweight … lightweight cryptography could
be split into ultra-lightweight … fill different niches of the design space. For example, energy …

… lightweight crypto engines. In this paper, we present the design of a new lightweight compact
encryption … compact results in terms of both memory space and gate equivalents. A hybrid …

… be considered during their design. There is a variety of cryptographic mechanisms which
can be … This paper provides a comparative analysis of lightweight cryptographic algorithms …

… To achieve this goal, lightweight cryptography has emerged … A host of lightweight symmetric
ciphers have been proposed … field constructions and explore the design space on FPGA and …

… The goal of light-weight cryptography (LWC) is to enable a … lightweight cryptosystems and
covers recently hardware plus software implementations of symmetric and asymmetric ciphers. …

… The candidates and their implementation results form the design space, and the framework
allows rapid design space exploration in a systematic way. In this thesis, design space …

… lightweight cryptographic hash functions for highly constrained devices, categorize design
trends, analyze cryptographic … with designing and developing a lightweight cryptographic …