![]() Like an image brought down system performance. Simple user interface that requires a few system resources Interface to obtain better Bluetooth performance. Pebble performance is not yet sufficient to maintain highbandwidth bluetooth connectivity and offer rapid display The data transmission speeds were affected negatively by Initially the Pebble app displayed a real-time bar graph MoveOSC Pebble application and the MoveOSC iOS application. Performance of the Bluetooth messages sent between the IOS application, not between the MoveOSC iOS application and a WiFi-connected OSC device. Is the connection between the Pebble smart watch and the Here we note that the bottleneck of the application Sent to the smartphone and that it was sent at a reasonable We needed to refine these parameters in order to ensure that enough data is There are other concerns as well: memory pressure, incoming / outgoing Bluetooth message buffer size, and more. Significant effect of how reliably data is transferred to theĬompanion smartphone application. These parameters - batch count and frequency - have a There also exists functionality to batch the accelerometer measurements in groups (between 1 measurement per PebbleĮxtends the ability to listen for accelerometer events at different frequencies (between measurements at 5 Hz and 100 The Pebble smart watch app (or for short Pebble app) usesĪ simple API to listen for accelerometer events. Our system was implemented for iOS only, butĮxtension to Android are straight-forward. This SDK consists of three components: one for the smart watch, one for iOS, and one forĪndroid. Guide-to-galaxy-smart-devices/galaxy-gear.htmlīoth iOS and Android. Lets developers easily create applications that integrate withġhttp: ///introduction-osc Pebble provides a Software Development Kit (SDK) that We hope that future standardization trends may At this time these systems do not have interoperability standards, hence solutions are particular to the Then, the industry has pushed other examples into the commodity market. Smart watch to start a recent interest in the area. Networking as well as accelerometer and magnetometer The clockįace is a 144x168 pixel LCD display and it offers bluetooth ![]() Pebble is a programmable smart watch which is equipped Sounds based on how the Pebble accelerometer moves. The MIDI packets are mapped to controls of different parameters, resulting in different musical Once OSCulator receives the OSC packets from the MoveOSC iOS application, OSCulator transforms the OSC packets into a MIDI representation to send In our scenario, we usedĪbleton Live 9 along with Max for Live to create music Packages (Logic Pro, Ableton Live / Max for Live, etc.)Įxpect data in various forms. OSCulator converts the received data for 3rd party music software that users can utilize, since different software OSCulator is middleware that transforms OSC messages into other similar representations (e.g. In our application setup, we forward the OSC data to anĪpplication called OSCulator.app 3. When the PebbleĪccelerometer data is received by the MoveOSC iOS application, the iOS app transforms the data into Open SoundĬontrol packets I and relays them to any listening and enabled OSC-compatible device or application on a Bonjourcompatible router 2 Pebble smart watch application sends accelerometer movements to the MoveOSC iOS application. This application consists ofĪ few different layers of software in order to create music via Pebble (described in Figure 1). OSC data is then sent to that provider to allowĭata of a smart watch easy in conjunction with popular To an iOS app which finds OSC providers via ZeroConf service discovery. Pebble sends accelerometer data over bluetooth Overview of the MoveOSC system with its different components. ~Proceedings ICMCISMCI2014 14-20 September 2014, Athens, Greeceįigure 1.
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