HW-SW-DES - APEG, UCG, ETF Podgorica

Hardversko-softverski dizajn, HW-SW-DES

Prof. dr Radovan Stojanović

Termin

termin: ZIMSKI

vrijeme održavanja: Cetvrtak, 15.12, 10h, Uzivo, konsultacije.

student koordinator: Pejovic Ilija, 069 336 977, ilija.pejovic64@gmail.com

Finalna odbrana: 12.01.2023. 10h.

Predavanja

Uvodno predavanje (PREZ)
Effective design of smart nodes, In book: Proceedings of the 3rd Summer School on Cyber-Physical Systems and Internet-of Things, vol. 3. L. Jóźwiak, R. Stojanovic and N. Voros, Eds. MECOnet, 2022

Vježbe

U sklopu seminarskog rada

Laboratorija

U sklopu seminarskog

Dodatna literatura i alati

Circuit Design & Schematic Capture (KiCad , EasyEDA , Fritzing , more )
Circuit Simulation Software ( FALSTAD, NI Multisim, Autodesk Eagle, LTspice, PSIM, EasyEDA, KiCAD, CEGAR Logic Simulator, Tina TI, idealCircuit, Proteus, DigiKey )
Eelctronics components vendors (Mouser,

Seminar

Glavni dio predmeta

Tematske oblasti (2022)

Analog electronics (A): (Amplifiers, PCB design, Power Electronics, Industrial electronics, Analog Front and Back Ends, Sensoring, Measurements...., Low Power Design)
Digital (D): (Microcontrollers, FPGAs, FAA, Other Digital, System C, Low Power in digital)
MIXED (M): (Analog + Digital, Low Power, Telecomunication),
Applied DSP (D): (DSP on FPGA, MC, INTERGRATION)

Upustvo za izradu seminarskog:

1. Student izabere jednu od ponudjenih tema

2. Pridruži se grupi koja radi tu temu

3. Pristupi izradi seminarskog rada

4. Napravi prototip

5. Dokumentuje rad i prototip

6. Brani rad u grupi, sa grupnom i induvidualnom diskusijom

7. U slučaju da želi veću ocjenu (>D pristupi usmenom dijelu ispita u vidu razgovora sa predmetnim nastavnikom. Pitanja su iz oblasti izrade seminarskog rada i obuhvataju kompletno bitno gradivo koje dotiče taj rad.

Primjeri seminarskih radova:

https://www.mards.ucg.ac.me/CMS/Research#2020

https://www.mards.ucg.ac.me/CMS/Research#2021

https://www.mards.ucg.ac.me/CMS/Research#2022

Literatura i eksperiment:

Grupa sama pronalazi literaturu u sklopu svog istraživanja, kao i materijal za ekesperiment i izradu

Objedinjavanje seminarskih

Seminarski mogu biti objedinjeni za oba predmeta (HW-SW-DES, BMMI)

Teme 2022

SMART Agriculture (SA)

Chlorophyll Meter (D, A, M, Analog, MC, sensors, IoT, smart system, leaf physiology...)
Irigation system design (D, A, M, microcontroller, IoT, smart system, irrigation...)
Smartphone image based digital chlorophyll meter (D, A, M, DSP, image processing, leaf, plant...)
Smart agriculture baicon with sensors

Smart Energy and smart home (SE)

Energy power meter (D, A, M, power meter, microcontroller, current measurement...)
Smart security system for home with emphasis to smart low power sensors (D, A, M, home security, smart home...)
Smart fuse and monitor (D, A, M)
Smart termal resistance measurement

Smart City (SC)

Smart parking (D, A, M, MC, LoRA, sensors...)
Smart parking sensors (D, A, M, MC, LoRA, sensors...)
Smart distance bariers (D, A, M, MC, LoRA, sensors...)

Smart Health (SH)

- Smart COVID mask ( sensors in the mask, COVID)

- Alerting system for non proper wear of the Covid mask (breathing detection by temperature sensors, AI system for breathing detection, low-power, low-size microcontroller)

- Smart social distance metter (social distamcing COVID, meter, device, warable)

- Passive or active tag detection. As much as simple.

- Smart medical kiosk-corner (health koisk, vital signs etc..)

- Interactive smart SpO2.

Fall detection for aldery people (HW-SW-DES, BMMI, D, A, M, DSP)
Wearable glucose measurement (HW-SW-DES, BMMI, D, A, M, DSP)
Wearable posture monitoring system (HW-SW-DES, BMMI, D, A, M, DSP, spine orientation, microcontroller, aplication...)
Wearable stroke detection device (HW-SW-DES, BMMI, D, A, M, DSP, stroke detection device, infarct...microcontroller, wearable...)
Design of a portable urine monitoring system (HW-SW-DES, BMMI, D, A, M, DSP, detection glucose, urine, device...)
Microcontroller-Based Detection of Diabetes and Ketosis from breath (HW-SW-DES, BMMI, D, A, M, DSP, acetone detection, microcontroller...)
Overhidratation system (HW-SW-DES, BMMI, D, A, M, DSP, detect hidratation system, colour detection...)
Non Invasive Skin Hydration Level Detection (HW-SW-DES, BMMI, D, A, M, DSP, skin impadance, hidration...)
Home oxygen machine (HW-SW-DES, BMMI, D, A, M, DSP, home oxygen concentrator, diy oxigen....)
Medical Beacon (HW-SW-DES, BMMI, D, A, iBeacon).
Telemedical system for aldery people.
Ultrasound example exercise
SpO2 with bluetooth low energy and android application

Smart Anything Everywhere (SAE)

Smart sensor node (communication aspect, BLE, RF, microcontroller,solar)
Smart fontana

Smart DSP (SDSP)

PID Controller on FPGA for Temperature Control (PID controller, FPGA realisation...)
Filter realisation in FPGA (IIR filter, FIR filter, FPGA)
Image processing in FPGA (fpga acelerator, image)
Digilent FPGA board, exercises and examples
Analog front and backend for FPGA

Smart Industrial (SI)

Universal MC based converter of analog-digital values applied in industry
Potentiostat-galvanostat
Universal thermometer (Thermocouple, NTC, PT100, DS1820, LM335)

The examples of good works (templates how to prepare)

Aleksandra Bošković, Snežana Bijelić, Jovan Sudžum, COVID-19 RELATED TELEMEDICAL SYSTEM FOR TRACKING AND MONITORING IN REAL TIME
Aleksandra Bošković, Snežana Bijelić, Jovan Sudžum, COVID-19 RELATED TELEMEDICAL SYSTEM FOR TRACKING AND MONITORING IN REAL TIME (datailed text)

SPR Teme

Teme HW-SW Design, SPR, MASTER
1. Home Assistant (HA) installation on different servers and testing with HA devices.
To make guidelines how to install HA on different OS, Windows, Android etc…To find commercially available HA sensor and to connect to HA server and show example.

(Sasa Mikulic (7), Marina Radonjic (7), Sladjana Saric (7) )

2. ESPHome sensor implementation
Implement HA sensor in ESP32 and make demonstration of the work in connection with HA server.

(Predrag Draskovic 9, Andrijana Draskovic 6, Boris Vucerakovic 6.5)

3. Connection QR Code Scanner to Google Sheets
How to connect IoT device as ESP32 based to Google IoT core. Example.

(Danilo Vavic, 8)

4. Exporting IoT sensor data to Google Drive (Google Sheet)
Design IoT sensor with ESP32 and send data to Google drive, can be Google Sheets

(Miso Tapuskovic (7), Milika Danilovic (7), Danijela Danilovic (7))

Provjera znanja

Forme za zavrsni rad (1 od donjih tekstova, tehnicki savrseno uredjen sa linkom na video sa cover and back)

1. Seminarski rad (pogledati primjere, metodoloski opis teme, eksperimenta sa prezentacijom rezultata i dokumentacijom, obavezan eksperiment), do ocjene E u grupi, D uz usmeni dio ispita, C prototip