3. Smart Home and Connected Homes Applications
UniSVR All Right Reserved
4. Device Used in this Demo
• Intel NUC’s box Pre-installed with UniPCC/windows software
(8 video channel version).
• Android Smart Phones.
• UniGate IOT Controllers.
• Hercules WebCam HD.
• IPCam HD.
• Wi-Fi AP Router.
• RF / Bluetooth / other Network Edge Devices.
UniSVR All Right Reserved
5. System Setup and Setting
• Our demo’s system operation is windows version.
– UniPCC/W is working on NUC.
• We have set some Timer Event Generator (TEG)
schedule.
– Ex: Lamp and fan will auto turn on/off every 2 mins.
• We have set some Event Action Sequence (EAS)
schedule.
– Ex: When visitor rings the doorbell (DI input), IP
camera will takes snapshot.
2014/8/15 UniSVR All Right Reserved
6. 2014/8/15
Application Operations of UniPCC
System Operation (7*24 ):
• To respond to CAS/App.
• To stream video/audio.
• To record video/audio.
• To route video/audio.
• To dispatch video/audio streams .
• TEG: Timer Even Generator
– To Send Event Message
based as Timer
• EAS: Even Action Sequence
– To do EM exchange
• To capture Event Message
from Sensing Devices or
CAS/App.
• To Trigger Actions.
Client Operation (with CAS/App)
• To Do System Admin (for
Administrators)
• To Log-in
• To View
• To Take Snapshot
• To Playback
• To Control DO manually.
• To export recorded files.
• To send file for printing
(UniPCC/W only)
• To do file transfer from client
device to server
• To do file transfer from server to
client device
7. 2014/8/15
What is TEG
• TEG stands for Timer Event Generator.
• TEG is a software module within UniPCC Product.
• TEG generates timer-based Event Message which
format complies with UniSVR’s own EME format.
• EME stands for Event Message Exchange
• It is the message format : event message format
• It is also the Event Message Exchange mechanism
within UniArgus Express (UE).
8. 2014/8/15
Our Event Actions
• Action Items :
1. e-Mail
2. Short Message
3. Sound
4. Display Video
5. Recording (Event Recording)
6. Camera Position (PT control)
7. Relay (DO)
8. APM-ACT (Action)
9. Snapshot
9. Network requirements for this demo
• Wi-Fi router to support LAN.
• Broadband Internet Service (upload bandwidth
determines overall quality).
• Smart phone with 3.75G/4G service (upload bandwidth
determines eMC streaming quality).
• HermesDDS Service provides Device Directory Service
for UniPCC and UniGate, includes device registration,
admin authorization, contact, messengers and
notification, etc.
UniSVR All Right Reserved
10. 2014/8/152014/8/15
Application System Configuration - I
(Native NEDs are connected to UniPCC through USB Port, Blue-tooth)
BroadBand
Internet
USB Dongle
(RF, Bluetooth, etc)
H.264 Webcam
RF
Power switch
HDMI
LAN
USB Cable
UniSVR All Right Reserved
Remote Client
Local Client
On-UniPCC
Clilent
11. Scenario 1
• Set up Bluetooth devices and USB camera connect to UniPCC, UniPCC
then connects to Router in LAN.
– Clients ,using Smart Phone/Tablet or Windows computer, to manually
control (power-on) Mp3-Player and at the same time to watch camera’s
live video from Intel NUC
Bluetooth
UniSVR All Right Reserved
UniPCC Server
WiFi
WiFi
Router
LAN
MP3 Player
USB
12. Other Application Scenario
• Remote/Local Clients can store files or retrieve files from
UniPCC.
• Remote/Local Clients can send documents to the
printers ,which is attached to UniPCC, for printing.
• More..
13. 2014/8/15
Application System Configuration –II
( Within-the-Net: Local NEDs are connected through Local Area Network)
BroadBand
Internet
LAN
IO Controller
UniGate IOT Controller
IP Camera
IP Camera
RF
Power switch
UniSVR All Right Reserved
Remote
Client
Local
Client
14. Scenario 2
• UniGate, UniPCC/NUC and IP Cameras are connected to the same LAN.
• RF NEDs and Hercules Webcam are are connected to UniGate through
USB ports.
• Remote/Local Clients, using Smart Phone or NB, watch live videos from
cameras and and manually control NEDs .
WiFi
WiFi
UniSVR All Right Reserved
Router
Smart Phone
(Android)
LAN
RF Devices
UniGate IOT Controller
UniPCC/on NUC
15. 2014/8/15 UniSVR All Right Reserved
Application System Configuration –III
(Across-the Net: Remote NEDs are connected through Internet)
BroadBand
Internet
LAN
IO Controller
H.264 Webcam
RF
Power switch
Remote
Client
Remote
Client
Remote
Client
Remote
Client
16. 2014/8/15
Scenario 3
• UniPCC at Hsinchu Headquarters (Main Site) can manage the UnGate at Remote Site ( Taipei
Office). This is to demo the across-the-net connection between a central UniPCC and Remote
UniGate.
• Remote/Local Clients, using Smart Phones or NB, can do manual control over both UniGates
from UniPCC and to watch live video captured at Remote Site.
– UniPCC Server acts as information center to manage scatter sites.
WiFi
WiFi
UniSVR All Right Reserved
UniPCC/on NUC
Router
Smart Phone
(Android)
LAN 2
Taipei Office
(Remote Site)
Router
LAN 1
UniGate IOT Controller
Hsinchu Office
(Main Site)
17. 2014/8/15
Application System Configurations –I + II
BroadBand
Internet
USB Dongle
(RF, Bluetooth, etc)
H.264 Webcam
RF
Power switch
HDMI
LAN
USB Cable
H.264 Webcam
RF
Power switch
UniSVR All Right Reserved
18. Scenario 4
• Bluetooth device connect to UniPCC. RF NEDs connect to UniGate. UniPCC and UniGate both
connect to router.
• UniPCC acts as a center, allow remote client to do manual controve over RF Digital Output NEDs.,
or Blue-tooth Output NEDS , to watch live video..
WiFi
WiFi
UniSVR All Right Reserved
UniPCC/on NUC
Router
Smart Phone
(Android)
LAN
RF Device
UniGate IOT Controller
Bluetooth
19. 2014/8/15
Application System Configurations –I + III
BroadBand
Internet
USB Dongle
(RF, Bluetooth, etc)
H.264 Webcam
RF
Power switch
HDMI
LAN
USB Cable
H.264 Webcam
RF
Power switch
UniSVR All Right Reserved
20. 2014/8/152014/8/15
Scenario 5
• Bluetooth device connects to UniPCC in Hsinchu headquarter. IP cameras connect to UniGate in
Taipei office.
– Remote control scattered, different signals devices on one client device (Windows computer
or Smart phone/tablet).
WiFi
WiFi
UniSVR All Right Reserved
Router
Smart Phone
(Android)
LAN 2
Taipei Office
UniGate IOT Controller
UniPCC/on NUC
Router
LAN 1Hsinchu Office
Bluetooth
22. 2014/8/152014/8/152014/8/15
Scenario 6
• Hsinchu headquarter has UniPCC set up with Bluetooth device and UniGate set up with RF
devices and IP cameras. Taipei office has UniGate set up with IP cameras.
– Centralizing all devices from different locations to perform remote control tasks on one single
client device (Windows computer or Smart phone/tablet).
WiFi
WiFi
UniSVR All Right Reserved
Router
Smart Phone
(Android)
LAN 2
Taipei Office
UniGate IOT Controller
UniPCC/on NUC
Router
LAN 1Hsinchu Office
Bluetooth
24. • Smart phone directly controls RF/Bluetooth devices and watches
camera.
– AC Switch、Lamp
3G / 4G
WiFi
3G / 4G
WiFi
RF Devices
Scenario 7
UniGate IOT Controller
UniSVR All Right Reserved
UniPCC/on NUC
Smart Phone
(Android)
LED light
App: IOT Control
25. Scenario 8
3G / 4G
WiFi
3G / 4G
WiFi
溫濕度
Sensors
UniGate
I/O Board
UniPCC/on NUC
UniSVR All Right Reserved
Router
Smart Phone
(Android)
• UniPCC/Intel NUC reads value of physical parameters , collected by I/O board and
UniGate IOT controller.
• Client can get the reading of Temperature and Humidity value at any places, at any
time..
• At the same time, UniPCC captures the live video from the webcam attached to the
UniGate.
– Clients can watch camera’s live video at any places, at any time..
App: IOT Control
26. Scenario 9
• Plant Box automation: UniPCC and UniGate are used to close monitor the Plant Box
and to do automatic adjustment of the physical parameters.
– Temperature, Humidity, CO2, Lux, Water level values are read by I/O Board
– Timer:Fan turn on automatically every 15 minutes.
– Trigger:When CO2 concentration exceeds thread hold, fan will be triggered
automatically, fan will stop automatically when CO2 concentration returns to
normal level.
2014/8/15
Temp./Hum.
Sensors
LED light FanWebCam
UniGate IOT Controller
I/O Board
CO2 Sensor
3G / 4G
WiFi
3G / 4G
WiFi
Plant Box
Router
Smart Phone
(Android)
UniPCC/on NUC
UniSVR All Right Reserved
App: IOT Control
27. Scenario 10
• While Visitor rings the doorbell. (This generates an event)
– UniPCC is configured to send alert message (e-mail) to your
smart phone, at the same time the IP Cam takes a snapshot as a
attachment in the email. (EAS)
– Client can do the remote control to open door using smart
phone/tablet.
2014/8/15
U-Box2
UniSVR All Right Reserved
Router
Smart Phone
(Android)
3G / 4G
WiFi
3G / 4G
WiFi
UniPCC/on NUC
28. Scenario 11
• Using TEG to automatically turn on the Pet Feeder.
– UniPCC is set to turn on Pet Feeder with TEG.
– At the same time, UnPCC starts to do video recording on the Pet
Feeder.
– Remote Clients can also manually control the Feeder.
2014/8/15 UniSVR All Right Reserved
U-Box2
Router
UniPCC/on NUC
Smart Phone
(Android)
3G / 4G
WiFi
3G / 4G
WiFi
29. Scenario 12
• System Alarm
– UniPCC will send alert if the disk storage is close to full. Or
IP camera is disconnected.
2014/8/15
LAN
Smart Phone
(Android)
3G / 4G
WiFi
3G / 4G
WiFi
System Alarm
UniSVR All Right Reserved
E-mail example:
Alert From UniArgus Express (Device Disconnect)
30. Scenario 13
2014/8/15
• File upload to UniPCC or UniGate.
• File download from UniPCC or UniGate.
3G / 4G
WiFi
UniSVR All Right Reserved
Android
AFSS
LAN
31. Scenario 14
• Send a file to be printed on UniPCC/W.
– Ex: User can use smart phone to take picture and upload
file to UniPCC. Then APSS will auto print file.
2014/8/15
LAN
USB Cable
APSS
Print photos
Smart Phone
(Android)
3G / 4G
WiFi
3G / 4G
WiFi
UniSVR All Right Reserved