Sentence examples for form capacity from inspiring English sources

Subsequently, realistic path loss models and user distribution were investigated in [11, 12] providing closed form capacity expressions based on the cell size, path loss exponent and user spatial probability density function (p.d.f).f

Coated metal forming tools may enormously reduce tool and work piece wear, form capacities or deliver special functions formerly provided by lubricants and often toxic additives.

In the following sub-sections, we derive closed-form capacity equations for ZF and LMMSE for a modified planar Wyner network.

Following that, realistic path-loss models and user distribution were investigated in [15, 16], where closed-form capacity expressions based on the cell size, path loss exponent and user spatial probability density function (p.d.f).f

We derive the accurate close-form capacity approximation for each mode under imperfect CSIT at first and calculate the optimal BPJ-EE of each mode based on the approximation.

In [8], close-form expressions for end-to-end signal-to-noise ratio (SNR) and capacity are derived for a downlink dual-hop orthogonal frequency division multiple access (OFDMA) AF relay system by considering Rayleigh fading on hop 2. In [9], close-form capacity analysis is presented by considering Rayleigh fading on both hops.

By means of closed-form capacity models and CORINAIR methodology, several traffic simulations were carried out to examine a typical annual traffic demand curve in a suburban context, three different distribution test matrices for traffic flows (ρ1, ρ2, ρ3) and maximum annual traffic flow values Qmax ranging between 1300 and 3300 veh/h.

The cationic nature of chitosan enhances the film forming capacity of this polymer.

A parameter that predicts for in vivo bone forming capacity is thus far lacking.

All chitosan based devices demonstrated improved bone forming capacity by increasing mechanical stability and biocompatibility.

NO also increases neurosphere forming capacity of PDGF-driven glioma primary cultures, and enhances their tumorigenic capacity in vivo.