Reduction of operation time and reduction of conversions to open surgery were least expected be a consequence of enhanced haptic feedback.
The goal of this research was the extension of the DTU methodology for applicability on running, industrial processes and improvement of the Huntsman process, focus is on reduction of operation costs.
A comparison of the curve fitting between the proposed model and the curve standard model was evaluated using two cases of an industrial power system, for which the non-conventional curves allow the reduction of operation times, mechanical stress and thermal effects.
Table 3 Complexity comparison of decoding algorithms per decoding step Algorithm Overall number Reduction wrt of operations Log-MAP Log-MAP 1,606 — AvN Log-MAP 946 41.1% Linear Log-MAP 1,606 0% Average Log-MAP 1,354 15.7% Shift Log-MAP 1,564 2.6% Max-Log-MAP 706 56% For parallel TTCM scheme in software implementation – overall number of operations.
Table 4 Complexity comparison of decoding algorithms per decoding step Algorithm Overall number Reduction wrt of operations Log-MAP Log-MAP 1,154 — AvN Log-MAP 794 31.2% Linear Log-MAP 1,154 0% Average Log-MAP 983 14.8% Shift Log-MAP 1,126 2.5% Max-Log-MAP 554 52% For serial TTCM scheme in software implementation – overall number of operations.
As shown in Figure 14, a significant reduction of MUL operations between 40%∼60% is obtained with scheme 2, and a reduction of ADD/SUB operations between 5%∼25% is observed.
We consider that this is mainly due to the reduction of rounding operations as shown in Table 4 and no large lifting coefficientsd.
A reduction of pipelined operations by 10% compared to the optimal pipelined adder graphs [8] could be achieved by the reduced pipelined adder graph (RPAG) algorithm [9].
This results in a crucial reduction of numerical operations required for the solution of the equation of motion by time integration.
The focus of this study is to assess the computational bottlenecks of the solver for the WENO schemes for Implicit Large Eddy Simulation (ILES) and optimise the performance and efficiency through a series of code modifications e.g. formula rewriting, reduction of number operations, inclusion of linear systems libraries, non-blocking communications amongst others.
