Fig. 3 Propagating stationary wave front of Eq. (1) for three classes of synaptic interactions and distributed speeds and delays.
In China the application of distributed variable speed pumps in the district heating (DH) network has been considered as a technology improvement that has a potential of saving energy, compared to the conventional central circulating pump (CCCP) DH system.
These techniques are superior to the local protection schemes in terms of distributed control, speed, reliability and are also equipped have artificial intelligence feature.
Jorgensen et al. [ 5] and Roche et al. [ 6] both studied high WIS content (up to between 20% and 40%) in reactor systems consisting of rotating bottles/barrels, and concluded that efficient initial mixing is important to distribute the enzymes, but once the enzymes are distributed, rotation speed becomes less important.
Biotechnology transfer such as in-vitro culture, molecular markers and improved screening techniques for drought tolerance was supported through training courses and field projects in the African, Asian and Pacific Regions, where DNA probes were distributed to speed up implementation of molecular genetics in breeding programmes and evaluation of crop biodiversity.
One can even think of situations with almost equally distributed walking speeds with everyone hustling at what ever speed allowed by traffic conditions or personal fitness into arbitrary directions; a station hall might provide a situation closest to this.
Therefore, data replication which is generally used to manage large volumes of data in a distributed manner speeds up data access, reduces access latency and increases data availability.
The present work extends these studies by considering distributed transmission speeds and distributed feedback delays.
We find that the standing wave front and the stationary traveling wave front involving distributed transmission speeds exhibit a unique stable traveling wave front u ( x, t ) = U ( x + μ 0 t ) to Eq. (1) given any pair of synaptic couplings (K, W), probability density functions, synaptic rate constants, any threshold θ and if assumptions (3) hold.
