Sentence examples for computational players from inspiring English sources

In this paper we argue there is a need for a formalised description of musical interaction, which allows reasoning about the musical decisions of human and computational players.

Motivated by these observations, we sought to examine ways in which gaming and modeling could be combined in fundamental ways that are more domain agnostic, and which simultaneously capitalize on the strengths of human players and computational capabilities (which we note include not just modeling, but also more mundane tasks such as movement of data between players).

The communication and computational complexity for a player to detect the switching operation in each loop is O(K) (if it is an MUE) or O(M) (if it is an SBS) in the worst case where all players behave in a non-cooperated way and any one of the SBSs has the qualification of staying on any MUE's potential partner list.

We compared 7620 selected puzzles for differences in player and software alignments: in 4701 (61.7%) puzzles the alignments from all the high-scoring players differed from the computational alignment.

Deep Blue didn't work out its strategy like a human player: it exploited its computational speed to explore millions of alternative series of moves and responses before deciding an optimum move.

Over a period of 51 weeks players were able to match computational alignments of genetic sequences in 78% of cases, and to improve them in 15% of cases.

Although the SV is quite an interesting concept, and provides an optimal and fair solution for many applications, its main drawback is its computational complexity: the number of computations will increase prohibitively when the number of game players increases.

Finally, we present look-up table (LUT -based simuLUT -basedethod for generating an auto-simultaneous imethodo that problems oforhe limited memory and the largeneratingtionan cost can be resolved in T-DMB player.

This concept can effectively reduce computational load of item assignments in a multi-player game theoretical situation.

The computational approach described here highlights genes that are important players in various signalling pathways, in particular the TGF-β and MAPK pathways.

The sandbox mode was added at the request of a player who was trying to explore SpaceChem computational abilities.