The symptoms are usually apparent from early childhood and tend to persist throughout life. In addition to its applied potential, we argue that sensor technology-when implemented by appropriate interdisciplinary teams-may even contribute to such theoretical issues in understanding autism.ĪSD is a behaviorally defined group of neurodevelopmental disorders that are specified by impaired reciprocal social communication and restricted, repetitive patterns of behavior or activities (DSM-5). We also discuss selected examples for recent theoretical questions related to the understanding of psychological changes and potentials in autism. We conclude that sensor technology has already demonstrated its great potential for improving both behavioral assessment and interventions in autism spectrum disorders.
Considering rapid technological progress, we focus (1) on studies published within the last 10 years (2009–2019), (2) on contact- and irritation-free sensor technology that does not constrain natural movement and interaction, and (3) on sensory input from the face, the voice, or body movements. Here we provide a review on original research that used sensor technology for an objective assessment of social behavior, either with the aim to assist the assessment of autism or with the aim to use this technology for intervention and support of people with autism. Here's a selection:Īlgae - Ammonia - Bromide - Calcium - Chlorine - Conductivity - Dissolved oxygen - Fluoride - Level - Nitrate - Oil - Ozone - pH - Potassium - Rain - Redox (ORP) - Temperature - Turbidity - Water pressure - Wind direction and wind-speed.The prevalence of autism spectrum disorders (ASD) has increased strongly over the past decades, and so has the demand for adequate behavioral assessment and support for persons affected by ASD.
#BLUESENSE SENSOR PORTABLE#
There are dozens of sensors available for connection to this system, some are available in a flowcell format like our portable turbidity flowcell, others are constructed as dip-probes for open channel applications.
With a transmission distance up to 4km line of sight, up to 4 radio modules can be connected to a single BlueBox controller. This versatile unit can even be loaded up with SCADA software, meaning that you can grow the system from parameter monitoring right up to complete SCADA system with multiple sensors all from the same box of tricks. Additionally, sensors can be connected to the system via a radio link using the 2.4GHz frequency. For applications needing more than 300 sensors, you can just add another BlueBox.! It is capable of handling up to 300 sensors and actuators, and can transmit data via internet, mobile and networks. The BlueBox has many additional features and is linked into the system using the CAN bus system. With some parameters, temperature is also available as an add-on, giving 3 in total. The Bluesense stations may be displays such as pictured, or 'slave' connectors without a display. However in some systems, Bluesense 'stations' may be used around a site, all connected to a BlueBox for data gathering and distribution. We use it as the transmitter for our portable turbidity mains flushing equipment.Įach Bluesense transmitter can be connected to any 2 sensors from a huge list, as you can see from the below diagram, you are not limited to 2 sensors if the BlueBox system is used. the Bluesense can also be fitted with an SD card for logging purposes and can be powered via mains electricity or 12/24VDC. On its own, the BlueSense can take multiple sensors, provide 4-20mA outputs or trigger relays to operate pumps, valves etc. the Bluebox allows data from the Bluesense to be sent to a PLC system or to be uploaded to a cloud server as part of a remote system. The Bluesense transmitter is the basis of this multiparameter system, but for additional functionality, it can be connected by CAN bus to its bigger 'brother' the BlueBox.
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