A Python package for reading, timeshifting and writing sensor data Different wearables come with different data formats which require different preprocessing steps. However, it should be easy for scientists to add data from a new wearable to an existing pipeline and easy for developers to add a new wearable to the devicely package. We achieved both by encapsulating data preparation for each wearable behind common methods: reading, deidentifying and writing data. After reading, the data is accessible through the reader in common formats such as dataframes. Deidentification is achieved by timeshifting the data, either by providing a shifting interval or randomly. For writing back deidentified data we focused on keeping a format that can be ...
Wearable sensors provide a means of continuously monitoring a person in a natural setting. These sen...
Wearable computing has been in existence as part of our attire for many years, a few examples being ...
This paper describes a novel temporal logic-based framework for reasoning with continuous data colle...
This release had a mistake in the release number. Version 1.1.1 is the correct one
Background and Objective: Researchers use wearable sensing data and machine learning (ML) models to ...
Measures of sleep quality and quantity can provide valuable insights into the health and well-being ...
This data is supplied in support of the the article "Wearable multimodal skin sensing for the d...
In this paper we have proposed to present a wearable system for automatic recording of the main ph...
One challenge of wearable computing is the design and use of interaction devices for wearable applic...
In recent years, wearable technology has gained popularity due to features like long battery life, n...
Abstract. As wearable computing becomes more mainstream, it holds the promise of delivering timely, ...
A multi-modality, multi-activity, and multi-subject dataset of wearable biosignals. Modalities: ECG...
This thesis proposes a low-cost and small size customized data acquisition sensor badge, called Easy...
We describe a wearable sensor technology that passively records "lifelog" images and sensor readings...
A wearable is a lightweight body-worn device that relies on data-driven communications to keep peopl...
Wearable sensors provide a means of continuously monitoring a person in a natural setting. These sen...
Wearable computing has been in existence as part of our attire for many years, a few examples being ...
This paper describes a novel temporal logic-based framework for reasoning with continuous data colle...
This release had a mistake in the release number. Version 1.1.1 is the correct one
Background and Objective: Researchers use wearable sensing data and machine learning (ML) models to ...
Measures of sleep quality and quantity can provide valuable insights into the health and well-being ...
This data is supplied in support of the the article "Wearable multimodal skin sensing for the d...
In this paper we have proposed to present a wearable system for automatic recording of the main ph...
One challenge of wearable computing is the design and use of interaction devices for wearable applic...
In recent years, wearable technology has gained popularity due to features like long battery life, n...
Abstract. As wearable computing becomes more mainstream, it holds the promise of delivering timely, ...
A multi-modality, multi-activity, and multi-subject dataset of wearable biosignals. Modalities: ECG...
This thesis proposes a low-cost and small size customized data acquisition sensor badge, called Easy...
We describe a wearable sensor technology that passively records "lifelog" images and sensor readings...
A wearable is a lightweight body-worn device that relies on data-driven communications to keep peopl...
Wearable sensors provide a means of continuously monitoring a person in a natural setting. These sen...
Wearable computing has been in existence as part of our attire for many years, a few examples being ...
This paper describes a novel temporal logic-based framework for reasoning with continuous data colle...