Lakhvinder - Lakhvinder

An analysis of flocking behaviour in MotoGP motorcycle racing. 2010

An analysis of flocking behaviour in MotoGP motorcycle racing. This work produced "The Book" on MotoGP flocking behaviour for use;

TS highway, urban, riverbank and river testing completed. 2010

Completed highway, urban, riverbank and river testing of TS using:

• GI.1sentinel prototypes with the alpha sentinel stack firmware.
• AmI Brick based Sentinel Spike Simulators with the alpha embedded sentinel spike stack and discriminators. This constitutes a simulator of the SPIKEprotoype.
• AmI Brick based Sentinel prototypes with the alpha embedded sentinel stack, tacML and discriminators.
• AIScom experimental framework stack with discriminators running on a Hewlett-Packard EliteBook 8730w mobile workstation. This constitutes an experimental testbed prior to the GI.1ia First Generation Logic Systems Information Architecture and an experimental testbed prior to the GI.1lsda First Generation Discriminator Architecture and Foundation.
• AIScom experimental framework stack with discriminators on the Internet running on a Linux host on Network Solutions hosting. This stack was used for AIScom analysis, semantic store, semantic query and dissemination testing and for the data acquisition and analysis of the actual experiment itself. This constitutes experimental testbeds prior to GI.1ia and GI.1lsda.

TS desert testing completed in Death Valley. 2010

Completed desert testing of TS using GI.1sentinel prototypes numbering in the hundreds, AmI Brick based Sentinel Prototypes and the Microwave Pulse Bombardment Apparatus. Testing was conducted through the summer in Death Valley, California.

Exclusive intellectual property of Lakhvinder.

TS winter weather testing completed. 2009-2010

Winter weather testing of TS has been completed using GI.1sentinel prototypes numbering in the hundreds, the Lakhvinder Microwave Pulse Bombardment Apparatus, and AmI Brick based Sentinel Prototypes. Testing was conducted in fields along highways throughout California in the areas of Heavenly Valley, Yuba City, the Sutter Buttes, Sutter County, Roseville, Folsom, Rocklin, Lincoln, Nevada City, Lake Tahoe and along the border of Nevada. These experiments comprised wet weather, hail and snow.

Many thanks to farmers, ranchers, landowners, law enforcement and public safetey in communities old and communities new—warm friendships formed in the cold darkness, on wet and icy home soil with a look in the eyes and a firm handshake. Cold darkness broken by warm, proud community and lit by their curiosity.

My respect to community, and, to the California Highway Patrol.

Exclusive intellectual property of Lakhvinder.

TS nominal weather testing completed. 2009

Nominal weather testing of TS has been completed using GI.1sentinel prototypes numbering in the hundreds, the Lakhvinder Microwave Pulse Bombardment Apparatus, and the TS First Generation Field Notebook Sentinel Prototypes. Testing was conducted throughout the Sutter Buttes, Sutter County, Yuba City and south of Beale Air Force Base in California.

Many thanks to farmers and land owners throughout the area whose cooperation allowed for the testing to be performed. Thanks and appreciation to the Sutter County Sheriff's Department, the Yuba City Police Department, the California Highway Patrol and the Fire Departments of the area for their cooperation in assuring that these experiments could proceed without public complications.

Exclusive intellectual property of Lakhvinder.

Flywheel Energy Storage Venture. 2009

Lakhvinder was engaged by a Client to collaborate on bringing to fruition the Client’s Venture to develop and bring to market a Flywheel Energy Storage System (FES System). The publicly disclosed applications for the FES System are as a distributed Smart Grid Energy Storage System at the points of;

GI.1sentinel TS Sentinel AmI integration. 2009

The GI.1sentinel TS Sentinel prototype has been integrated into Ambient Intelligence with the latest firmware version which includes alpha's of Lakhvinder's ambML and First Generation Ambient Intelligence intraCellular Communications Topology featuring algorithms of Lakhvinder's SOEN. The GI.1sentinel prototype is now ready for experimentation and testing of this realm of TS with cocktails of up to 65,000 Sentinels per Cell.

The exclusive intellectual property of Lakhvinder.

Production of TS First Generation Field Notebook Sentinel Experimental Prototypes. 2009

Lakhvinder has constructed and integrated a prototype WiFi / Bluetooth / ZigBee embedded Sentinel into the slice of AmI Bricks. An alpha version of ambML is included on the embedded Sentinel. The alpha ambML and a makeshift testbed tacML are included on the fedora / intel based AmI Brick. With the embedded Sentinel, ambML and tacML— AmI Bricks are now transformed into Sentinels which are fully integrated into TS and participate in the Ambient Intelligence.

The exclusive intellectual property of Lakhvinder.

Design and Construction of a Microwave Pulse Bombardment Apparatus. 2009

Designed and constructed a directional microwave pulse emitter apparatus for microwave bombardment experiments related to TS and the Sentinels thereunder.

The exclusive intellectual property of Lakhvinder.

Production of the first experimental TS Sentinel prototypes. 2009

GI.1sentinel prototypes

Lakhvinder has begun production of the first Lakhvinder | TS Sentinel prototype for experimentation. These Sentinels are of the GI.1sentinel First Generation Sentinel Architecture (GIsentinel) constructed of modified off the shelf components, custom components and integral ceramic polyhedral shells measuring 3 cm to 7 cm diameter in octahedral and dodecahedral forms. The Sentinels have been equipped with various sensory capabilities. The ceramic shells have been manufactured by artistic techniques of ceramic casting and fire followed by processes using Dremel ® tools by hand and in improvised electromechanical rigs.

The first production runs are powered by battery with solar photovoltaic cells to follow in later production runs. Power consumption with sensors is 1mW to 5 mW. Maximum communications range is slightly in excess of 100 meters.