How Slow Can You Go?

Processing Speed
HOW SLOW CAN YOU GO?
Normally we think about processors in terms of how fast they can process. What about thinking about how slow they go? We've all heard of TERA-FLOPS and PETA-FLOPS but what about speeds at a few hundreds or tens of operations per second, to sometimes more effectively match real world conditions of non-theoretical computation...

In the Lab, our supercomputers go into the range of Tera speed but not Peta. Many apps run at slower speeds. How do we define speeds slower than Tera? The chart below shows the progression of flops downward to giga, mega, and kilo.  But did you know speed in the hundreds range is hecto and within the tens range is deca?

For example, your program may run at 50 flops or 5 DFLOPS, or it may run at 300 flops or 3 HFLOPS. If it cycles slower than a DFLOP, measurements in IPS are acceptable or just use clock cycles.

MIPS  - Millions instructions per second
DFLOP - D stands for ten      (DECA)
HFLOP - H stands for hundred  (HECTO)
KFLOP - K stands for thousand (KILO)
MFLOP - M stands for million  (MEGA)
GFLOP - G stands for billion  (GIGA)
TFLOP - T stands for trillion (TERA)

Interface Molecular Stage Cascader & PGT Telescope

Interface a Molecular Stage Cascader to the New PGT Telescope

Hooking Up the Molecular Stage Cascader MSC
to the PGT Telescope
 
The Experiment - It’s an exciting and original bold experiment to attach the new created Molecular Stage Cascader atop the PGT Telescope (within and above the base data train) and view the first incoming results and the spectacular effects never seen before. What strange new worlds will be revealed in this new emerged world macrocosm? What creatures of the telescope honed ultimate deep will emerge? Will new previously invisible life forms living sub stratas make their presence known? The answers to all these questions can be answered by installing the MSC. The permanent use of the new MSC now ushers in a new age of telescopes. This creates a type of Molecular PGT Telescope or MPGT Molecular Paradigmic Genius Telescope. The name is shortened to MGT Molecular Genius Telescope.

"The first test will obtain a baseline data set and create a specific strip FOV and engage the MSC on a selected regio. We will leave the MSC running in the AMP Cascading mode for fourteen cycles and then create a comparison pool noting the gains. The interest is in the number of cascations possible without the result of empty MAG. Some peak number will result from which the machine will tune."