OK
I need this. To add to it and to continue.
Which performance metrics you need that I do for you?
SNR, SNIR, BitErrorRate, eBNo spectral_efficiency what more?
I am graduated with major in Signal Processing, have skills in TCE Octave, Simulink, Python, C/C++.
The industrial performance metrics can be added as a custom morphism (S-, c, m functions) as a blocks in TCE NCE MPPL Simulink or/abd Octave, Scilab, SciCos or more (if you are able to hire me on this) blocks to existing blockscheme diagram or to your diagram/block-scheme with sharpening/shaping (towards novelty, to keep up with contemporary SciTech and engineering or to enhance efficacy of legacy systems (renovation, historical gaps filling)) on wires where usable matter passes.
We can add Scicos, GMSK is related to digital communication, mainly utilized in EDGE, old today, still actual can be used for VHF AIS, CROSS, Tetra like (DCUs, The modulation type is Gaussian Minimum Shift Keying) and the baud rate is 9600 br, interesting when no radar is working due to harsh conditions, can we develop better than radar stable link?).
Mobitex protocol, which is proprietary, requires a bandwidth of 12,500 Hz, uses GMSK modulation , and can achieve a baud rate of 8000 br. It was used in the UKGB in particular for vehicle recovery, but in other countries by the police or ambulances. Although it was gradually dethroned in Europe by GSM and Tetra networks , it still had the advantage of lower network management costs and greater range. The Swedish Mobitex network was shut down at the end of 2012.
Sattelite phones can be researched within the scope as well.
I have expertise in communication systems maintenance in Industrial Automation setting ( DCS, PLC, Modbus, SCADA ).
Which is quite interesting when working on a channel that affects the amplitude of the message.
This is very quite very valuable workflow to continue further. With recent advents and evolution in LTE, 5G, 6G, GMS is for GSM mainly and may be deemed old, while let's get investment together and to continue.
Essential skills this work covers:
{Math., Calculus, graduated level}(+)
{Basic Control (Linear, Non-linear, Discrete, Continueous) Systems Engineering, graduated level}(+
{Analog, Digital, Statistical Signal Processing, graduated level}(+)
{Technical and Business English, graduated level}(+)
{Communication Systems Engineering, graduated level}(+)
{Embedded Systems Basics, graduated level}(+)
{Radar Systems and Signals Processing Basics}(+)
{TCE NC MPPL Basics, Capabilities, Language, Environment, graduated level} (+)
Nice-to-have-skills:
{Digital Communication} (can be learned during actual paid employment work)
{Advanced Communication Systems} (can be learned during actual paid employment work)
{Machine Learning} (+)
{CPLD, MCU, FPGA programming}(+)
{LiDars and Point Clouds Processing} (can be learned during actual paid employment work)
- Hire me on control systems engineering.
There is strong, practically proven trend and demand modulated by recent crypto-assets value growth and exchange rates uptrend evolution, subject to reasons to continue this specific well-defined industry nich project scope of strategies, algorithms analysis and development, enterprise hardware and software for Control Systems Engineering, Deep Learning for production and services (for it I have not used 5G smartphone hardware, 1Gb NIC ethernet link, numerous hardware parts, good mind map to utilize within the trustworthy company etablishment offer), especially regression and clustring and I work to keep it proposing to contact me more, communicate privately to further Pitch Deck necessary investment to this well bouned work scope and continue again to work paid employed better within the enclosed tandem and market.
