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homeautomation2018:group1:start [2018/05/12 17:13] vesaylamaki [Protocol] |
homeautomation2018:group1:start [2018/05/20 21:42] eufhemism [Documents] |
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We envision an autonomous parking facility for vehicle, where all processes required for daily operations are fully automated without the need for human assistance, while having a low carbon footprint. | We envision an autonomous parking facility for vehicle, where all processes required for daily operations are fully automated without the need for human assistance, while having a low carbon footprint. | ||
- | ==== Idea ==== | + | ==== Components |
- | + | ||
- | Smart parking | + | * Parking Slot Allocation\\ |
+ | Once a car enters into the parking | ||
+ | * Energy-Based Payment\\ | ||
+ | The car will transfer its electrical energy to the central electrical reservoir of the parking area in exchange for parking payment fee. | ||
+ | * Adaptive HVAC + Lighting | ||
+ | | ||
+ | * Automated Cleaning and Waste Disposal | ||
+ | Image sensors will detect waste objects' | ||
+ | * Automatic Fault Detection | ||
+ | In case a sensor or a light or any other electronic device becomes dysfunctional, | ||
- | Paying parking with energy: | ||
- | Adaptive HVAC + Lighting: | + | ===== Technology ===== |
- | Smart cleaning: | + | __On the surface:__\\ |
- | + | Drive-in\\ | |
- | ===== Technology ===== | + | Allocate parking spot\\ |
+ | Get directions\\ | ||
+ | Plug car to micro-grid\\ | ||
+ | Do “stuff”\\ | ||
+ | Come back to car, and leave\\ | ||
+ | __Behind the Scenes: | ||
+ | Fleet management\\ | ||
+ | HVAC + Lighting adapt to utilization\\ | ||
+ | Draws energy from cars depending on time\\ | ||
+ | Automatically decides areas to clean\\ | ||
+ | Report a fault in case of malfunction\\ | ||
==== Architecture ==== | ==== Architecture ==== | ||
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- | ==== Screen caps ==== | + | {{: |
+ | |||
+ | ==== Sustainability | ||
+ | |||
+ | |||
+ | * Less fuel/ | ||
+ | * No energy wasted in energy transport from local power plant to facility\\ | ||
+ | * Replaces the human \\ | ||
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Digitally encoded information is sent over the electrical powerline as a series of precisely timed pulses. The pulses are superimposed on top of the AC sine wave. | Digitally encoded information is sent over the electrical powerline as a series of precisely timed pulses. The pulses are superimposed on top of the AC sine wave. | ||
- | {{: | + | {{: |
Fig. 1 UPB Pulse | Fig. 1 UPB Pulse | ||
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Fig. 7 Linking components | Fig. 7 Linking components | ||
- | |||
===== If we had more time ===== | ===== If we had more time ===== | ||
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===== Poster ===== | ===== Poster ===== | ||
+ | {{: | ||
===== Documents ===== | ===== Documents ===== | ||
- | Final report: | + | Final report: |
- | Final presentation: | + | Final presentation: |
- | Link to code: | + | Link to code: {{ : |