In [8], a diode-based architecture is presented, and in [9], MOS transistors replace the diodes.
Secondly, the GLRT for the joint acquisition is derived and the GLRT-based architecture is presented.
An object-based architecture is presented that incorporates generic confirmation strategies in combination with domain-specific heuristics that together contribute to determining the system's confirmation strategies when attempting to complete a transaction.
Another classification based on architecture is presented in [15] where the sharing schemes are classified as underlay or overlay.
Pseudo random number generator (PRNG) based hardware cryptographic architecture is presented in quantum-dot cellular automata (QCA) technology.
In order to solve the challenges above, an event-trigger based two-stage architecture is presented, taking the characteristics of inverters and conventional devices, such as on-load tap-changers (OLTCs) and shunt capacitor banks (CBs), into account.
In this paper a digital array based bit serial architecture is presented to perform certain image filtering tasks in the digital domain and hence gain higher accuracies than the analog methods.
Finally, an implementation of a dynamic e-procurement application based on the proposed architecture is presented.
A new algorithm termed as sequentially stackable linux security (SSLS) based on the proposed architecture is presented.
Secondly, a low complexity auto white balance hardware architecture is presented based on histogram equalization algorithm.
In [7], a MP based DPD with indirect learning architecture is presented, where the MP model performs robustly and the model's parameters are easy to extract.
