The phrase "aggregating system" is correct and usable in written English.
It can be used to describe a system that collects and combines data or information from various sources.
Example: "The aggregating system efficiently compiles data from multiple databases to provide a comprehensive overview."
Alternatives: "data collection system" or "information aggregation system".
Payao aims to become a biological knowledge aggregating system, which enable a community to work on the same models simultaneously, insert tags as pop-up balloon to the parts of the model, exchange comments, record the discussions and eventually update the models accurately and concurrently.
It has been established for an aggregating system at n = 1; it could be extended into flocculation regime, such that.
The results indicate that the proposed PBE modelling approach has a good chance to predict correctly the CMD of the aggregating system, and the structure properties computed from the MC simulations can well represent those of real clusters.
For example, FCS can be successfully used in an aggregating system using trace amounts of 5-carboxytetramethylrhodamine (TAMRA -labeled Aβ1 42 in the presence of a large excess of unlabeled Aβ1 42 in a solution [ 16].
Population balance models with various aggregation and breakage kernels have been proposed in order to describe aggregating systems, but they have been rarely validated against appropriate experimental data.
Discretized population balances of aggregating systems are known to consistently over-predict number densities for the largest particles.
Once a startup buidling a "Twitter for machines" – a term used to describe its system for aggregating systems data across sources – Nodeable recently refocused its efforts this summer on StreamReduce, a cloud-hosted, real-time data analytics product.
Our results follow directly from an analogy with reaction engineering based on the formal equivalence of our moment rate law for aggregating systems and a well-known reaction rate law.
Thus, they offer appealing solutions to the PAPR reduction for bandwidth-efficient carrier aggregated systems.
Hence, PAPR control is an important practical issue for carrier aggregated systems.
The article proposes anefficient scheduling strategy based on a priori organization of available RBs so asto reduce RB assignment delay for carrier aggregated systems.
