Sensor Function
The 'Peeper' incorporates many functions which have been commonly found in cybernetic eyes such as the eye used by the Nepleslian doctor Miles Gunn, basic sensors , and even mines. Using these sources of inspiration, the United Manufacturing Cooperative developed the 'Peeper' sensor package.
Using available technology, and developing some technology specific for the project, the 'Peeper' has been engineered to include the following sensor systems…
Passive Multi-Electromagnetic Sensor
Inspired by the Directional Explosive Sentry Unit, this sensor is used to passively monitor multiple forms of electromagnetic radiation. This passive sensor is capable of receiving and interpreting visible light, radio waves, infrared, ultraviolet, thermal infrared, microwaves, and transmitted radio waves, and even x-rays. To achieve a compact size profile, Nepleslian cybernetic technology was applied to optimize power conservation, system architecture, and cost effective component application. Due to size reduction, this system has suffered a slight reduction in resolution in ranges exceeding fifty-yards when attempting to interpret thermal signatures, microwaves, and radio waves.
Active Sensor System
Applying an active scanning solution, the 'Peeper' has been designed to incorporate a series of small emitter diodes which have been designed to project various portions of the electromagnetic spectrum, which are then detected by the passive-sensor. Various levels of the visible spectrum of light are transmitted by several diodes, a weak microwave diode is included, and a very low power x-ray emitter diode has been incorporated into the active sensor system.
Quantum Sensor System
Using technology found in NovaCorp and Motoyoshi Fleetyard products… then dumbing down the technology to make it compact, the 'Quantum Sensor System' of the 'Peeper' is something which is a marvel… while being rather dinky as some may say.
The quantum sensor has cut out many of the resolution enhancing systems, active tracking, and a sum of precision data gathering. Yet it does function, simply by monitoring bosons, yet this simple monitoring leads to some interference from common-place sources as focused light, and ambient radiation. However, the sensor maintains the capability to identify 'wakes' of disturbances and interpret them into sensor data. This monitoring system allows detection of the following;
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Gravitational disturbances; gravitic/gravimetric device usage, gravitational disturbances
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Aether tapping
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Intense electromagnetic disturbance and fields
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Virtual-collision disturbances caused by objects moving in a phased state
Despite the wide range of function, the sensor still has a major down-fall… the best image which the sensor can deliver is something which looks like a 'tie-dye' rendition of what there is to see. Many test users describe the image as 'psychedelic' and 'chaotic', yet were able to positively identify when disturbances took place 85% of the time… just not able exactly identify the cause of the disturbances.
slight reduction in resolution in ranges exceeding fifty-yards
Revolver said:You are a recent (not current?) FM of the UOC and you can't see how approving a UOC tech submission is self-serving, Soresu? It's the same as Wes approving hobo's submission, which has bit him in the butt a time or two. I'm not saying that what you guys do is necessarily a bad thing, but to be all offended that it was called out as "self-serving" is ludicrous.
Shippable To: All interested parties
Producible By: All interested parties, with 5 HS/KS payable to United Manufacturing Cooperative
Issue 2, The Sensor Systems:
1. Quantum Detection:
The sensor device used in the 'Peeper' monocle which allows for quantum disturbance detection is a low resolution passive sensor. A user can not see well with it, what the user can see can't be identified easily, and any sort of interference from secondary disruptive sources would render the sensor readings absolutely unreliable.
Sensors images are generated through the passive observation of the values of local gravitational fields, electromagnetic influences, quantum states, and similar phenomena. Due to the wide range of influences on this sensor, many things can influence it to produce false images or even to just have a bad picture.
To put it simply, the thing is cheap, shoddy, and generic for the purpose of quantum monitoring.
http://www.youtube.com/watch?v=mAuhlFZdHTY This video crudely sums up the resolution of the image.
2. Quality & Function:
Wesley, there are sensors in existence at this time which deliver the majority of the 'Peeper' functions which can be packaged in a digital-camera sized device, or even smaller in many cases. Infrared, radioscopy imaging, and even thermal imaging is done on the cheap now in small packages. Easily these devices can be compacted down to this size in the setting.
As for function, the 'Peeper' monitors the electromagnetic spectrum, waves of particles moving at the speed of light from any given location. So long as there is not a line of sight issue, there should not be any sensor resolution reduction to the systems other than those mentioned (thermal signatures, microwaves, and radio waves).
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