Adaptive Filter | ADPCM | ADSP | ADSP-2181 | Aliasing | AMR | Anti-Aliasing | ARMA | Autocorrelation | AutoCovariance | Beamforming | Bessel | Blackfin | Butterworth | C6713 | CCS | Chebyshev | CIC Filter | Circular Convolution | Code Composer Studio | Comb Filter | Compression | Convolution | Cross Correlation | DCT | Decimation | Deconvolution | Demodulation | DM642 | DSP Boards | DSP/BIOS | DTMF | Echo Cancellation | Equalization | Equalizer | ETSI | EZLITE (Ez-kit Lite) | FFT | FFTW | FIR Filter | Fixed Point | FSK | G.711 | G.723 | G.729 | Gaussian Noise | Goertzel | GPIO | Hilbert Transform | IFFT | IIR Filter | Interpolation | Invariance | JTAG | Kalman | Laplace Transform | Levinson | LPC | McBSP | MIPS | Modulation | MPEG | Multirate | Notch Filter | Nyquist | OFDM | Oversampling | Pink Noise | Pitch | PLL | Polyphase | QAM | QDMA | Quantization | Quantizer | Radar | Random Noise | Reed Solomon | Remez | Resampling | RTDX | Sampling | Sharc | TI C6711 | Undersampling | Viterbi | Wavelets | White Noise | Wiener Filter | Windowing | XDS510PP | Z Transform

Hello all,

I would like some (no, make that a lot of help) concerning AMR
optimization. basically my situation is this. The carrier is GSM 850 and
recently deployed AMR across a section of the network which was
experiencing high blockage, high handover failure, high drop calls etc. I
recently joined the organization and is a bit concerned that the AMR
utilization is not as high as one would expect it to be considering the
high blockage which they were experiencing before they deployed AMR. Are
there any AMR-related parameter setting that I might need to pay closer
attention to or might have to make some changes to which would aide in
enabling greater utilization of AMR? I know for certain that the hansets
being used on the the network are AMR capable. The network is Nortel
v15.01

Any help would be greatly appreciated.

Greg

______________________________
New DSP Code Snippets Section now Live.   Learn more about the reward program for contributors here.