Abstract:
In this paper, I will be discussing the creation and implementation of a device that will utilize the concepts of natural language processing and apply it to everyday activities.
The device will be a carry-along unit that can be adapted to several devices a person would use everyday, like the car, items in the kitchen, and your computer. This device will be portable, compact, durable and adaptable. The device will not just adapt to any device however, the capability to interface with the device will have to be built into the objects that the device will interact with. I will discuss about this in length during the paper, as this will present the largest difficulty in making the device an actuality and usable.
Another aspect I will also talk about is training. No natural language processing system is perfect, actually none are. The user must be trained with the system and adapted to the system to really make it work. This will require technicians to not only train the user to use the device and adapt it to the user's products but also to provide constant technical support.
In this design a preset lexicon must be set to make this design plausible. I will relate how big this lexicon can be and how flexible future designs of this lexicon will appear.
I will also provide logical breakdowns of commands being used, with copious amounts of examples for several environments. I will also discuss where troubles could arise in the actual implementation of the product and what semantic flaws could occur with frequency.
Finally, I will discuss the feasibility of this design and whether the market and the technology are ready for this kind of attempt at natural language processing software integration.
Introduction
"The Jacques Box™ will knock your socks off! This revolutionary product will change the way humans use their everyday products forever. Want to change the radio station in your...
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