 | Optimization of the antenna for Zigbee-nodes, for use under special
conditions (Pentanovation) |
 | Demonstration of the functional feasibility of a new wireless concept and
subsequently the design of appropriate antennas and RF-electronics (mmI-Innovations) |
 | Evaluation and redesign of the RF interfaces of 2.4 GHz ZigBee applications (Astrotec
Holding, Nedap) |
 | Continued development of integrated antennas for 868 MHz and
303 MHz wireless remote controls of staircase elevators (Nedap, several
projects) |
 | Investigation of near-field magnetic antennas for UHF RFID application (Nedap) |
 | Propagation analysis and on-site installation of a custom-made antenna for the reception of RTV-Oost
UHF TV-channel in a challenging non-line-of-sight case (RTV-Oost) |
 | Design of miniature integrated antennas for 2.4 GHz Bluetooth wireless
headsets (Sony Ericsson,
several projects) |
 | Co-translation English to Dutch of technical/scientific books, a.o. ‘The Fabric Of The
Cosmos’ by Brian Greene, ‘Java for Students’ and ‘Visual Basic for
Students’ both by Bell&Parr, and ‘Management Information Systems 9th
edition’ by Laudon&Laudon (Krivaja Translations, several projects) |
 | Technical translator for Dutch version of MIT Technology Review magazine
(Krivaja Translations) |
 | 
Design of 5 GHz compact quad-yagi antenna array for IEEE802.11a WLAN-application
(own development). |
 | Feasibility study of integrated diversity antennas for Bluetooth cordless internet browser |
 | Development of a Bluetooth radio concept for maximum microwave oven compliance |
 | 
Radio link performance investigation of Bluetooth-based cordless phones |
 | Creation of indoor radio propagation model for 2.4 GHz cordless applications |
 | 
Extensive indoor radio propagation and signal tracing measurements at 2.4 GHz |
 | Study of opportunities and constraints in the design of antennas for portable telephones |
 | 
Redesign of 1.9 GHz RF frontend of 3rd generation DECT cordless phone |
 | Design of a widebeam wall-mount antenna for outdoor DECT application |
 | Development of deployment rules for outdoor DECT base stations |
 | Wideband propagation measurements for DECT Wireless Local Loop applications |
 | Creation of a 2-D radio propagation model for DECT Wireless Local Loop |
 | Writing of Application Note on antennas and diversity for DECT |
 | Creation of a 3-D radio performance prediction model for time-dispersive environments |
 | Study on benefits of selection diversity for DECT applications in areas of high time delay spread |
 | Design of integrated antenna for DECT portable telephone |
 | 
Co-design of RF 1.9 GHz RF frontend for 1st generation DECT portable telephone |