A medication adherence monitoring system for pill bottles based on a wearable inertial sensor

Author(s):  
Chen Chen ◽  
Nasser Kehtarnavaz ◽  
Roozbeh Jafari
Author(s):  
Athanasios Anastasiou ◽  
Kostas Giokas ◽  
Georgia Koutsouri ◽  
Dimitra Iliopoulou

This chapter presents the architecture and implementation of an automatic medication dispenser specifically for users who take medications without close professional supervision. By relieving the users from the error-prone tasks of interpreting medication directions and administrating medications accordingly, the device can improve the required level in compliance and prevent serious medication errors. By taking advantage of the scheduling flexibility provided by medication directions, the device makes the user's medication schedule easy to adhere and tolerant to tardiness whenever possible. This work is done collaboratively by the medication scheduler and dispenser controller in an action-oriented manner. An advantage of the action-oriented interface between the components is extensibility, as new functions can be added and existing ones removed with little or no need to modify the dispenser control structure. This chapter first describes the action-oriented design, major components and hardware structures of the smart device. It then provides an overview of the heuristic algorithms used by the medication scheduler and their relative merits. The different available user options will be presented depicting the user-specific operating modes of the device/service. The scope of this chapter is to describe the development of a smart electronic drug dispenser unit for the pharmaceutical adherence of patients.


2012 ◽  
Vol 1 (4) ◽  
pp. 13-24 ◽  
Author(s):  
Athanasios Anastasiou ◽  
Kostas Giokas ◽  
Georgia Koutsouri ◽  
Dimitra Iliopoulou

This paper presents the architecture and implementation of an automatic medication dispenser (iMedPlus) specifically for users who take medications without close professional supervision. By relieving the users from the error-prone tasks of interpreting medication directions and administrating medications accordingly, the device can improve rigor in compliance and prevent serious medication errors. By taking advantage of scheduling flexibility provided by medication directions, the device makes the user’s medication schedule easy to adhere and tolerant to tardiness whenever possible. This work is done collaboratively by the medication scheduler and dispenser controller in an action-oriented manner. An advantage of the action-oriented interface between the components is extensibility, as new functions can be added and existing ones removed with little or no need to modify the dispenser control structure. The paper first describes the action-oriented design, major components, and hardware structures of the smart device. It then provides an overview of the heuristic algorithms used by the medication scheduler and their relative merits. The different available user options are presented depicting the user-specific operating modes of the device/service. The scope of this paper is to describe the development of a smart electronic drug dispenser unit for the pharmaceutical adherence of patients.


Author(s):  
Athanasios Anastasiou ◽  
Kostas Giokas ◽  
Georgia Koutsouri ◽  
Dimitra Iliopoulou

This chapter presents the architecture and implementation of an automatic medication dispenser specifically for users who take medications without close professional supervision. By relieving the users from the error-prone tasks of interpreting medication directions and administrating medications accordingly, the device can improve the required level in compliance and prevent serious medication errors. By taking advantage of the scheduling flexibility provided by medication directions, the device makes the user's medication schedule easy to adhere and tolerant to tardiness whenever possible. This work is done collaboratively by the medication scheduler and dispenser controller in an action-oriented manner. An advantage of the action-oriented interface between the components is extensibility, as new functions can be added and existing ones removed with little or no need to modify the dispenser control structure. This chapter first describes the action-oriented design, major components and hardware structures of the smart device. It then provides an overview of the heuristic algorithms used by the medication scheduler and their relative merits. The different available user options will be presented depicting the user-specific operating modes of the device/service. The scope of this chapter is to describe the development of a smart electronic drug dispenser unit for the pharmaceutical adherence of patients.


2021 ◽  
Vol 33 (2) ◽  
pp. 693
Author(s):  
Yingqi Zeng ◽  
Chen Wang ◽  
Chih-Cheng Chen ◽  
Wang-Ping Xiong ◽  
Zhen Liu ◽  
...  

2018 ◽  
Vol 5 (4) ◽  
Author(s):  
Samuel B Holzman ◽  
Avi Zenilman ◽  
Maunank Shah

Abstract Background Directly observed therapy (DOT) remains an integral component of treatment support and adherence monitoring in tuberculosis care. In-person DOT is resource intensive and often burdensome for patients. Video DOT (vDOT) has been proposed as an alternative to increase treatment flexibility and better meet patient-specific needs. Methods We conducted a pragmatic, prospective pilot implementation of vDOT at 3 TB clinics in Maryland. A mixed-methods approach was implemented to assess (1) effectiveness, (2) acceptability, and (3) cost. Medication adherence on vDOT was compared with that of in-person DOT. Interviews and surveys were conducted with patients and providers before and after implementation, with framework analysis utilized to extract salient themes. Last, a cost analysis assessed the economic impacts of vDOT implementation across heterogeneous clinic structures. Results Medication adherence on vDOT was comparable to that of in-person DOT (94% vs 98%, P = .17), with a higher percentage of total treatment doses (inclusive of weekend/holiday self-administration) ultimately observed during the vDOT period (72% vs 66%, P = .03). Video DOT was well received by staff and patients alike, who cited increased treatment flexibility, convenience, and patient privacy. Our cost analysis estimated a savings with vDOT of $1391 per patient for a standard 6-month treatment course. Conclusions Video DOT is an acceptable and important option for measurement of TB treatment adherence and may allow a higher proportion of prescribed treatment doses to be observed, compared with in-person DOT. Video DOT may be cost-saving and should be considered as a component of individualized, patient-centered case management plans.


Sign in / Sign up

Export Citation Format

Share Document