Recent Publications

More Publications

Innovations in mobile hardware and software need corresponding advances in the accurate assessment of power consumption under realistic …

Edge computing enables new, low-latency services close to data producers and consumers. However, edge service management is challenged …

Radio frequency (RF) signals have been used extensively to enable (indoor) localization and proximity detection based on Received …

Bluetooth Low Energy (BLE) is the short-range, single-hop protocol of choice for the edge of the IoT. Despite its growing significance …

As the number and heterogeneity of appliances in smart buildings increases, identifying and controlling them becomes challenging. …

Traditional device-cloud architectures are not scalable to the size of future IoT deployments. While edge and fog-computing principles …

Our interactions with built environments are increasingly augmented with digital capabilities. Smart appliances coupled with Building …

Buildings are increasingly equipped with smart appliances that allow a fine grained adaption to personal comfort requirements. Such …

Identifying and interacting with smart appliances has been challenging in the burgeoning smart building era. Existing identification …

Recent Posts

More Posts

To open the currently selected Finder folder in a new iTerm tab: Create a new service in Automator. Select “Service receives no …

Deploying a website with Git and Hugo (or any other static website generator for that matter) is easy. I use a combination of Git and …

The nRF51822 by Nordic Semiconductor us a multiprotocol SoC with a 2.4Ghz transceiver that is ideal for any Bluetooth Low Energy …

Using Preprocessor Macros: func println(object: Any) { #if DEBUG Swift.println(object) #endif } And just set “DEBUG” as a …

Contact

  • 4D21, IT University of Copenhagen, Rued Langgaards Vej 7, 2300 København, Denmark
  • Email to book an appointment

Tags

Actuators Adaptation models Androids BLE BLE based smartphone-centric applications BLE performances BLE smartphone system performance characteristics BMS point matching Babel Batteries Benchmark Benchmark testing Bluetooth Bluetooth Low Energy Bluetooth low energy Buildings COSMGrid CV Cameras Cloud computing Elasticity Evaluation Hardware Home appliances Human-Building Interaction Image Localization Internet of Things Inverters IoT Local area networks Localization Maintenance engineering Metadata Microgrids Monitoring Peer-to-peer computing Programming RSSI Fingerprinting Relays Sensors Servers Smart phones Smartphones Temperature sensors Thermostats Ultrasonic imaging Voltage measurement Wireless communication Wireless fidelity adaptive applications building management systems buildings configurable off-the-shelf microgrid platform control engineering computing coordinate power generation crowdsourcing cyber-physical application cyber-physical systems decentralized building management distributed power generation domestic appliances hardware abstractions human-in-the-loop identification image matching local community low-level functionalities meta data metadata metadata maintenance microcontroller network microcontrollers middleware mixed erratic performance results mobile computing modern smartphones nonresidential building nonresidential buildings office building open source open protocol software outsourcing peripheral parameters settings phone-to-peripheral communication physical locality leveraging power electronic hardware power engineering computing power sharing policies programming model public domain software renewable energy sources robust transnational power grid infrastructure room level isolation services smart appliances smart phones smartphones stand-alone photovoltaic installations stand-alone power generation control stand-alone power generation monitoring storage nodes structure from motion ultrasound ultrasound-based method