Sunday, June 22, 2014
Indoor localisation
Saturday, June 21, 2014
Load testing as a service
Tuesday, June 17, 2014
ML on practice
P.S. and a good discussion on YC related to this paper.
Wednesday, June 11, 2014
About Single Sign-On
Comments and remarks are more than welcome.
Monday, June 09, 2014
MIT Summit
We continue to share links for monitoring the interesting events in Twitter. Now it is Digital Summit 2014, San-Francisco 2014
MIT Summit 2014
/via Geo Messages
Friday, June 06, 2014
Smart Cities Software
Monday, June 02, 2014
BDP - Bluetooth Data Points
Bluetooth Data Points (BDP) is a new approach for creating mobile services with wireless tags. It is a yet another use case for the network proximity. Mobile application (Android) lets any user post some announce (advertising, classified, etc.) and associate it with Bluetooth node on the phone. The same application on another phone can scan nearby Bluetooth nodes and collect local announces. Dislike iBeacon and similar applications:
a) this approach is based on the Core Bluetooth rather than on Bluetooth Low Energy. So it will work with any phone;
b) this application works like a browser. So, mobile user decides when to run and what to read rather than constantly get unwanted notifications.
The following picture illustrates BDP (Bluetooth Data Points) approach:
BDP uses Core Bluetooth. So, it could be used with almost any smartphone. Let us see how it works:
1. Mobile user can browse local announces:
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2. Another user publish own announce:
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It is simply a text. User can publish links (URLs), email, phone or links to Twitter: @t411
3. Application switch on Bluetooth for published announces:
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Of course, the publisher can switch Bluetooth off and make own announces unavailable. And later, switch it on again, etc. So, publisher's announces will follow his phone. When published materials are on, other mobile users nearby will the them:
Mobile application for Android, which implements this approach could be downloaded right from Google Play: BDP on Google Play. Here is an appropriate QR-code:
You can download it right from our site too: BDP on servlewtsuite. And here is an appropriate QR-code:
As the possible use cases for this approach we can mention applications for retail, indoor navigation, as well as context-dependent services for Smart Cities.
P.S. We've used the similar approach for Wi-Fi: SpotEx
Sunday, June 01, 2014
Free courses
P.S. Btw, here you can find online courses
Wednesday, May 28, 2014
Distributed computing
Sunday, May 25, 2014
More about Bluetooth Data Points
Bluetooth Data Points (BDP) is a new approach for creating mobile services with wireless tags. It is a yet another use case for the network proximity. Mobile application (Android) lets any user post some announce (advertising, classified, etc.) and associate it with Bluetooth node on the phone. The same application on another phone can scan nearby Bluetooth nodes and collect local announces. Dislike iBeacon and similar applications:
a) this approach is based on the Core Bluetooth rather than on Bluetooth Low Energy. So it will work with any phone;
b) this application works like a browser. So, mobile user decides when to run and what to read rather than constantly get unwanted notifications.
The following picture illustrates BDP (Bluetooth Data Points) approach:
BDP uses Core Bluetooth. So, it could be used with almost any smartphone. Let us see how it works:
1. Mobile user can browse local announces:
|
|
2. Another user publish own announce:
|
|
It is simply a text. User can publish links (URLs), email, phone or links to Twitter: @t411
3. Application switch on Bluetooth for published announces:
|
|
Of course, the publisher can switch Bluetooth off and make own announces unavailable. And later, switch it on again, etc. So, publisher's announces will follow his phone. When published materials are on, other mobile users nearby will the them:
Mobile application for Android, which implements this approach: BDP (Bluetooth Data Point). You can download it right from our site servletsuite.com. And here is an appropriate QR-code:
As the possible use cases for this approach we can mention applications for retail, indoor navigation, as well as context-dependent services for Smart Cities.
P.S. We've used the similar approach for Wi-Fi: SpotEx
Saturday, May 24, 2014
Bluetooth Data Points
a) this approach is based on the Core Bluetooth rather than on Bluetooth Low Energy. So it will work with any phone;
b) this application works like a browser. So, mobile user decides when to run and what to read rather than constantly getting unwanted notifications
The following picture illustrates BDP (Bluetooth Data Points) approach:
You can download this application right from our server: BDP.apk
Sunday, May 18, 2014
Data Mining
Thursday, May 08, 2014
A Bachelor's Level Computer Science Program
The same idea for courses from Coursera. CS four-year curriculum
Wednesday, April 30, 2014
Indoor localization
Saturday, April 26, 2014
On Database for Mobile Phones Ownership
Thursday, April 24, 2014
MOD
Tuesday, April 15, 2014
ECIR 2014
We continue to share links for monitoring the interesting events in Twitter. Now it is ECIR Conference 2014, Amsterdam 2014
ECIR 2014
/via Geo Messages
Sunday, April 13, 2014
On Mining Mobile Users by Monitoring Logs
And here is the paper: Dmitry Namiot "On Mining Mobile Users by Monitoring Logs"






