Post by PhysfitfreakArindam, you "conjugal visitor" of Ahriman,
Shut up, Roachie, you wannabe CIA cretin, on matters beyond your ken.
Post by PhysfitfreakHow low can you go? Is there a limit down there for you?
I descend low enough to deal with the likes of you. No, no limit there, before I rise up to glory.
Post by PhysfitfreakYou hustled
this bicycle design to your own fellow Hindus. Fake material, flawed
design, and the load of cow cud inside your head sure creates problems
for others.
Lies, as usual. Good as jokes, Roachie.
Post by Physfitfreakhttps://streamable.com/ti6vok
60 years ago, someone dear to me recalled a farther 30 years earlier
when the first Japanese-built bicycles had hit Tehran's shops and
streets. They were amazingly low-priced, like a third of the price of
what arrived from the Soviet Union or a tenth of the price of European
bicycles you could buy in the city. But all it took for the horizontal
bars in the frames of the Japanese ones to break in two was the front
wheel passing over a little pothole on the road. The bars would
invariably snap in two.
Tch, tch. You get what you pay for, Roachie.
Pay little, get little.
You pay for nothing, you get nothing.
So your crowd-funding effrorts from physicists have miserably failed to hire a cut-price assassin.
You got nothing, Roachie, not even a very small penis as you-know-who has.
Post by PhysfitfreakBut your design, Arindam, goes of course farther than that. It has
deviousness built into it. It shouts your name. Your character. Your
creed. Japs were trying to make the best that they could manufacture for
a little profit. But you? No, you have made a principle out of it to
hurt others. Same principle that brings you to this forum. That other
rejected groupie, "Jim Pennino", is just a bushwhacker wannabe here. A
"cook." You Arindam, you come here to make conjugal visits to Ahriman.
Now after this vilification I need to show off what I have done, in brief from 1989-2006.
I have been even more productive since 2006, Roachie. Much more, and will try to do much much better with my new rail gun and hopefully the HTN after that. Let us see, Roachie.
So here goes, from my work experience briefs:
*********
Telstra Research Labs 1989 - 2006
Principal Research Specialist
Telstra Research Labs, the research unit of Telstra, Australia’s largest telecommunications carrier, with aim to provide specialised technical support and strategic analysis to client areas within Telstra.
Worked in the following areas in telecommunications engineering: Electronic Directory (following CCITT X.500 standards) development; Communications Security Services and Systems; Common Channel Signalling 7; Quality of Service Issues in Speech; Call Centre Modelling; Simulation Techniques for Nortel Spectrum; Genesys Simulation for Telstra's Business Groups; Modelling and Simulation of Radio Networks for Emergency Services.
Bharat Electronics Limited (Ghaziabad) 1978-1989
Deputy Manager (Development and Engineering)
Bharat Electronics Limited is the largest electronics company in India. Its unit in Ghaziabed makes radar and communication equipment for the Ministry of Defence.
Professional Achievements (within Telstra)
• Created computer simulation program for South Australia’s emergency radio network for better network management. ( C/C++ , Windows XP, SQL).
• Did complex data analysis to bolster Telstra’s position in the Coronial Enquiry relating to South Australia’s 11 Jan 2005 Eyre Peninsula fires. (C/C++, SQL, Windows XP – created special tool, Darshan 2.0)
• Did complex data analysis of Victoria’s emergency radio network and pointed out how it was getting underutilised, for future business developments. (C/C++ , Windows XP – created special tool, Darshan 1.0)
• Directed a team of professionals in the building of a Genesys-simulator for improving business activity in Telstra’s Customer Contact Centres. This activity pointed out the areas of overwork and resource availability, and was crucial for pinpointing the balancing and reformations necessary for enhanced performance. The information was web-enabled, and broadcasted to all the concerned parties on the Telstra Intranet. (C/C++, WindowsNT, Unix, ASP, Java, HTML, MFC, Win32API )
• Extended Queuing Theory; built a software tool named “Coral Sea” upon it, for improving business performances of Call Centres through better staff rostering. (Microsoft Excel, Windows XP).
• Used “Coral Sea” to improve performances by 10% in Transonic and Fairfax Call Centres. Developed similar tool to improve staffing performances in Telstra’s retail Shops. (Coral Sea, Microsoft Excel, Windows XP).
• Cleared Telstra from lawsuit actioned threatened by APIA. The annual $3 million contract was renewed instead. (PACT software, Windows XP).
• Created “Load Balancing Tool” to show the importance of sharing workloads using the Genesys Computer-Telephony Integration system. This work led to widespread adoption and better utilisation of Genesys systems by Telstra. (Microsoft Excel, Windows XP).
• Won Telstra an annual $3 million contract with APIA using simulation to show how Spectrum could increase their Quality of Service. (PACT Software, Windows NT).
• Worked on Radvision H.323 Gatekeeper Software (Visual C++, MFC, Win32API, Visual Studio).
• Wrote mathematical paper elaborating the theoretical basis for determining the construction of Service Level Agreements. (Microsoft Word).
• Improved the customer waiting times of Telstra’s 132200 Call Centres through simulation. Solved a persistent and till then inexplicable problem of high waiting times at certain periods. (PACT Software, Windows NT).
• Created a software simulation tool called PACT for CentreLink. That became a TRL showpiece project. Conducted many foyer demonstrations to Telstra clients. (C/C++, Borland Builder, Windows 3.1).
• Did simulation activity to drastically reduce CentreLink’s enormous caller waiting times and thus also freed telephones lines for Telstra. (PACT).
• Helped Telstra to win the annual $60 million CentreLink contract by proposing to build a special simulator. Optus was ousted primarily on this issue. (Microsoft Word, Excel).
• Developed a software tool to improve repair times for reported telephone faults, from analysis of relevant data. (Microsoft Excel, Windows 3.1).
• Pioneered analysis of Common Channel Signalling (CCS7) data after obtaining it from the Telstra network. Provided dimensioning recommendations and software tools. These led smoothly to incorporation of new services on the CCS7 network, in mobiles (text messaging). (Microsoft Excel, Windows 3.1, C, Unix (X-Windows), Perl.)
• Contributed to international standardisation. Authored “Studies in Signalling Traffic Variability” ITU-TS SG2 WP3 Delayed Contribution D.136, Nov. 1994, Australia.
• Implemented standards (ISO/IEC JTC 1/SC 27/WG 2N) relating to hashing functions for secure communications. (C, Unix, Apple Macintosh).
• Authored reports titled “Security and other Pay-TV Issues” and “Narrowcast Security Options”. (Unix editor on Sun Apollo systems, Apple Macintosh).
• Developed multi-precision arithmetic routines and used them to implement cryptographic algorithms. (C, Unix).
• Authored official TRL report titled “Impact of New Services on Directories”. (Unix, Apple Macintosh).
• Worked on the software implementation of CCITT X.500 standards. Developed the complex searching ability, one key selling feature. This product was used by IBM later. In Telstra this software is used on a daily basis as “PeopleSearch” in Telstra’s Intranet. (C, Unix on Sun Apollo systems).
Professional Achievements (in Bharat Electronics)
• Managed a team of engineers and technicians in various defence projects. The projects related to radar tracking and video extraction. Wrote many internal papers and reports related to getting funding sanctions. Developed and encouraged younger engineers. (NEC mainframe, HP minicomputer, Fortran, Basic).
• Developed, tested and productionised a range of monopulse stripline array antennas for IFF. (Drafting, Prototype shop, Microwave Lab, Assembly shops, Antenna Test site visits.)
• Developed a new technique for realisation of large stripline circuits. (Technical paper was brought out by BEL magazine.)
• Brought forward a new design approach for an atmospheric (MST) radar antenna. (Technical paper was brought out by BEL magazine.)
• Involved in the proposed design and specifications for the Indian Air Force’s Early Warning Radar System Antenna. (Meetings, file-pushing, gathering specifications and design ideas).
• Developed and tested the electronic aspects of the India’s premier Low Level Aircraft Detection System Radar, for both its Primary and Secondary Antenna systems. This was a most successful completely indigenous development. (Usage of microwave test equipment and antenna test sites. Computer modelling work done in Fortran. Much mathematical work also done).
• Developed, tested and productionised an omnidirectional high-gain antenna for Distance Measuring Equipment (DME) used in airports for navigation.
• Modified USSR developed P-15 military radar equipment to make its incompatible IFF suitable for Indian military conditions. Participated in flight trials. This modification was accepted. Exported to Yugoslavia.
********
All useful stuff, Roachie.
And does not even include the googling I pioneered in my M.Tech thesis.
Don't think you will understand anything I have done to make my money, but as a pseudoscientist you will always remain useless at best; and so, envious of those such as I who contribute positively.
Post by PhysfitfreakI've already stashed the necessary pinto beans for that occasion. Now,
may the hands of Ohrmazd's emissaries reach you. I am honestly looking
forward to that day.
So happens, Roachie, that those who dig graves for others fall in there themselves. Take care, and keep on with your publicity for me.
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