Development of an intelligent VoWLAN services for patient care improvement
ABSTRACT
Since the rapid exchange of information and col-laboration with colleagues are indispensable for the quality of care. Effective communication be-tween care givers has been recognized as a criti-cal factor on the high quality of patient care. Communication in medical environment is often intense and time critical, including laboratory result, complex consultation and advice, which require high degree coordination among care professionals. Nevertheless, there are some de-ficiencies existed in the actual state of the com-munication system in hospitals, such as waiting time for call back and inducing interruptions. Current technological solutions should allow developing a novel intelligent communication system. In this paper, the proposed HPC2S (Hospital Patient Care Call System) services based on VoWLAN (VoIP over WLAN) will achieve the needs of timely and efficient com-munication among care professionals.
Since the rapid exchange of information and col-laboration with colleagues are indispensable for the quality of care. Effective communication be-tween care givers has been recognized as a criti-cal factor on the high quality of patient care. Communication in medical environment is often intense and time critical, including laboratory result, complex consultation and advice, which require high degree coordination among care professionals. Nevertheless, there are some de-ficiencies existed in the actual state of the com-munication system in hospitals, such as waiting time for call back and inducing interruptions. Current technological solutions should allow developing a novel intelligent communication system. In this paper, the proposed HPC2S (Hospital Patient Care Call System) services based on VoWLAN (VoIP over WLAN) will achieve the needs of timely and efficient com-munication among care professionals.
Cite this paper
nullLin, P. , Chiang, C. , Huang, C. , Chu, W. and Chan, C. (2008) Development of an intelligent VoWLAN services for patient care improvement. Journal of Biomedical Science and Engineering, 1, 98-103. doi: 10.4236/jbise.2008.12016.
nullLin, P. , Chiang, C. , Huang, C. , Chu, W. and Chan, C. (2008) Development of an intelligent VoWLAN services for patient care improvement. Journal of Biomedical Science and Engineering, 1, 98-103. doi: 10.4236/jbise.2008.12016.
References
[1] Patrice A. Spurck, Mary L.Mobr, Martha Stoner. (1995) The Impact of a Wireless Telecommunication System on Time Efficiency. Journal of Nursing Administration, 25, No.6, 21–26. [2] Ping Wang et al. (2006) IEEE 802.11e enhancement for voice service. IEEE wireless communication, 13, Issue 1, 30–35. [3] Yi Qian, Rose Qingyang Hu, Hsaio-Hwa Chen. (2006) A call ad-mission control framework for voice over WLANs. IEEE wireless communication, 13, Issue 1, 44–50. [4] http://enterprise.bell.ca/en/resources/uploads/pdf/KurtCummingHeathcare_CIOWireless.pdf [5] Chung-Lei Huang, Yin-Jiun Tseng, Woei C.Chu. (2005) The Design of a Computerised Drug Delivery Cart for Nursing Usage. APCMBE, PA-2-21. [6] Daniel Collins. (2003) Carrier Grade Voice Over IP, 2nd ed. McGraw-Hill, 162-234. [7] M. Handley, et al. (2002) SIP: Session Initiation Protocol. Internet Engineering Task Force, RFC3261.
[1] Patrice A. Spurck, Mary L.Mobr, Martha Stoner. (1995) The Impact of a Wireless Telecommunication System on Time Efficiency. Journal of Nursing Administration, 25, No.6, 21–26. [2] Ping Wang et al. (2006) IEEE 802.11e enhancement for voice service. IEEE wireless communication, 13, Issue 1, 30–35. [3] Yi Qian, Rose Qingyang Hu, Hsaio-Hwa Chen. (2006) A call ad-mission control framework for voice over WLANs. IEEE wireless communication, 13, Issue 1, 44–50. [4] http://enterprise.bell.ca/en/resources/uploads/pdf/KurtCummingHeathcare_CIOWireless.pdf [5] Chung-Lei Huang, Yin-Jiun Tseng, Woei C.Chu. (2005) The Design of a Computerised Drug Delivery Cart for Nursing Usage. APCMBE, PA-2-21. [6] Daniel Collins. (2003) Carrier Grade Voice Over IP, 2nd ed. McGraw-Hill, 162-234. [7] M. Handley, et al. (2002) SIP: Session Initiation Protocol. Internet Engineering Task Force, RFC3261.