In this paper, we propose practically viable design procedures, such as recladding the entire fuel pins and replacement of different amounts of fuel at different radial positions, to ensure clad integrity and flat power distribution, respectively.
Similarly, in our work, we propose practically implementable algorithms by considering the main characteristics of the Hetnets.
An effective model was proposed to practically emulate the multimode characteristics of the beam generated by the BALD.
A hardware/firmware co-design solution in an 8-bits microcontroller has been proposed to practically fix the system-level electrostatic discharge (ESD) issue on the keyboard products.
To determine the effectiveness of the proposed algorithm practically, we develop a 4×4 2D sorter-based K- best MIMO decoder for 802.11n and 11.ac systems.
A procedure is proposed to practically evaluate the metric upon each air interface, thanks to the introducion of new normalized propagation selectivity parameters with respect to system parameters allowing a unified characterization of the propagation link reliability, tuning up the metric decision.
In the case of transmitting the quantized values with the maximum number of bits (512 kbps), the WDO values obtained by the proposed algorithm practically match the WDO values in case of non-quantization (i.e., using A R (k, m) and ϕ R (k, m)).
Our basic formulation can be viewed as a direct generalization of that by Thijs et al. [42] who proposed a practically equivalent framework for a single motif model.
Though it is highly suspected that recently duplicated genes may have been underrepresented in the mouse KO database, detection of such bias at the genome level has been shown to be nontrivial [ 9– 11], and Su and Gu [ 11] proposed a practically feasible solution: estimate the age of duplication event from the assumption of molecular clock.
By proposing the practically desired closed-loop diagonal transfer function to reduce interactions between individual loops, analytical expressions for PI controller are derived for several common types of process models, including first order plus time delay models and second order plus time delay models.
