We launched MQTT server for our customers in Germany.
The picture of our demonstration unit, which operates as a directly to unit (20-35m), through a local WiFi internet and via global networks without changing the settings of the home routers, thanks to our new server MQTT.
We recommend the following management application:
For our customers who do not use video surveillance system has been made Android application for relays control. App rewritten for GET requests of relays. Sources application posted here:
Sources firmware relay here:
With the assistance of the creation of the game ION The Game, we publish the data format (*.ion) from a space ion probe AIS/M (developed in 1961):
|nay||Time and date of the current sensing||Sat Jun 13 14:00:00 2009|
|StartFreq||Initial frequency sensing||StartFreq=1000|
|StopFreq||End Frequency Sensing||StopFreq=9000|
|StepFreq||Step frequency sensing||StepFreq=15|
|ZeroTact||Setting the zero step||ZeroTact=0|
|Impulses||The number of pulses||Impulses=2|
|Filter||Flag enable filtering||Filter=0|
|FilterLevel||The threshold level filtering||FilterLevel=16|
|Attenuator||The initial position of the attenuator||Attenuator=4|
|AutoAtt||Enabling auto-control of the attenuator||AutoAtt=1|
|TimerInterval||Interval (min.) auto-sensing||TimerInterval=15|
|nay||Start time and date of the sensing||OnTimer 05.45 13.06.2009|
|OffTimer||Time and date of completion of the sensing||OffTimer=21:52 31.12.2009|
|OutputPath||The path to save the file||OutputPath=C:\ais.out\130609\|
|AutoScan|| Selecting the pitch frequency sensing
(0 – fixed, 1 – at a predetermined pitch)
|FixedFreqFile||Filename fixed frequencies||FixedFreqFile=ais_m.fff|
|TimerRate||The time interval (s.) between readout||TimerRate=10|
|HConstant|| Constant metering delay of the reflected signal
(set during commissioning)
The length of the header may vary. Data following the title begins with 0x130 to 0xo14f. The data is the set of vectors. Each vector has a suffix 0x01 and the prefix 0x00. The prefix should be heading – two bytes of the current frequency in kHz, two bytes long compressed vector, two-byte integral noise or parity check. After a header followed by the data sensing vector. Compression is performed by a series of successive compression. Couple byte 0x00YY prefix 0x00 and index replay zeros YY. The sequence of zeros more 0xFF, apply the required number of repetitions. Not zero values are not compressed. Typically, each file contains a few hundred vectors. The length of the files *.ion may vary 10-70 kilobyte.
I’ll try to explain the idea in more detail: Possible use equations on simplicial meshes is developed based on discrete exterior calculus (DEC). It is use discretization on simplicial complexes such as triangle and tetrahedral meshes. Method is the use of an algebraic discretization of the contraction operator and a combinatorial discretization of the wedge product. Also develop a discretization for spatially dependent Hodge star that varies with the permeability of the medium. Equations of any physical process automatically are first rewritten using the exterior calculus notation. We change differential operators by the exterior derivative, Hodge star and wedge product operators. Discrete operators based on the python framework.
As a result, our calculations are reduced to the multiplication cycle of our data into two-three the matrices are calculated for each time point. Each element of the matrix connected to the finite element of the object (part of engine). The key point is that all steps are automated and the algorithm calculates and physical fields too.
The center of mass can be regarded as a dipole field. Enter additional space for this point of the center of mass. And to build additional space graph of incidence between the parts. Depending on the weight of the edges of the graph (in the topology and metric of the dual space) decisive influence or not parts of system.
An exemplary dual space of the landscape can be calculated in advance.
On picture new ready for use solution from Olimex for IoT.
This is the basic example (https://github.com/souliss/souliss/tree/friariello/examples/Olimex/e05_Olimex_ESP8266-EVB_MOD-MPU6050), create a software push-button on Android using SoulissApp (get it from Play Store).
Load this code on ESP8266 board using the porting of the Arduino core for this platform.
And code for libs from Olimex (https://www.olimex.com/Products/Modules/Sensors/MOD-MPU6050/resources/MOD-MPU6050_arduino.zip).
This example makes it possible to recognize when someone touched any object, which concerns the sensor. It’s like a robot or a dog who guards your property, keeping his arm around the clock or fall on any subject you specify.
It is also possible to create a network of all sensors. Combining all sensors networked via a wired and IR or wireless information exchange. That is, you can control your TV or sound system or lighting or LED tape by SoulissApp or voice command.
El set para es de 43,31 Euro.
New software ESP8266_Relay_Board for ESP8266-EVB include:
With a very convenient and reliable cable, you can refine and refresh yourself any changes to the code ESP8266.
Some detail about settings of the code:
Only the best for the price and the performance and dimensions the professional equipment for our customers.
We tested the new cost-effective solution based on dual-core ARM processor A20. The price of this kit with pre-installed software and fully tuned account in the cloud – 200 Euro.
The maximum distance between the two cameras 10 meters.
Independent power from 3 to 11 hours, depending on the battery. No need battery charger. The charger is integrated into the device itself, which has a size smaller than a palm.
The high-performance camera with a microphone capable of delivering compressed video and mjpeg and H.264 digital TV standard stream broadcasting at the same time.
The device has a pre-installed complete Debian GNU/Linux operating system, remote desktop VNC, Video play VLC, MPStream, GNUPlay. It is supported connection to HDMI or LCD screens.
GNU/Linux Debian images include the hardware encoding support for the cameras!
Ability to connect an external hard drive by SATA interface.
Available the kit with WiFi and one camera for mounting without wires or for covert surveillance.
Linux Industrial grade single board computer with GPIOs capable of operating at -25+85C.
All equipment is manufactured in European factories and comes with full documentation on open hardware and free open source software.
2-year warranty without damage from people.
Preparing for the installation for important client of the our system for embedded in the wall. Used Board Odroid-X2 with GNU\Linux debian-wheezy, LCD (310×175 mm), WiFi, 3 camera of high resolution (3 Mp) and wide viewing angle (170) and built-in microphone. The cameras also support compression H.264. The system is able to recognize faces and control home automations devices. All software is made by our company based on open source and SDK of our business partners and it is available in our repository in the GitHub (https://github.com/Ignat99/mjpg-streamer/tree/feature).
Today, almost by accident to our shop went Yuriy Koveshnikov. Showed him our prototypes and ready software solutions. Yuriy spare their time and shared their experiences in promoting the product on the European market. Thank you very much for coming. More to going down such offers.