摘要:
A method for monitoring the depth of anesthesia is provided for detecting the conscious state of one being anesthetized in order to facilitate an anesthesiologist to predict exactly the dosage of an anesthetic required. At first, an original electroencephalogram (EEG) is taken from one being tested. Then, the original electroencephalogram is analyzed by approximate entropy to obtain its approximate entropy value. Next, the approximate entropy value is multiplied by 1000/17, and the corrected value is assumed as the predicted value of depth of anesthesia. The predicted value of depth of anesthesia represents degree of the conscious state or the depth of anesthesia for the one being tested. The higher the predicted depth of anesthesia value, the more conscious the one being tested is, i.e., in a shallower depth of anesthesia. On the other hand, the lower the predicted depth of anesthesia value, the less conscious the one being tested is, i.e., in a deeper depth of anesthesia.
摘要:
A server includes a logic subsystem and memory. The memory holds instructions that, when executed by the logic subsystem, cause the logic subsystem to determine if a table is wider than a viewing size of a screen of a requesting device, determine if the table is a data table or a layout table, and format an instance of the table prior to sending that instance of the table to the requesting device. The instance of the table sent to the requesting device is formatted in accordance with a determined viewing size of the screen of the requesting device and in accordance with a determined table type.
摘要:
A method for monitoring the depth of anesthesia is provided for detecting the conscious state of one being anesthetized in the recovery phase or induction phase of anesthesia course in order to facilitate an anesthesiologist to predict exactly the dosage of an anesthetic required. At first, an original electroencephalogram (EEG) is taken from one being tested. Then, the original electroencephalogram is analyzed by approximate entropy to obtain its approximate entropy value. Next, the approximate entropy value is multiplied by 1000/17, and the corrected value is assumed as the predicted value of depth of anesthesia. The predicted value of depth of anesthesia represents degree of the conscious state or the depth of anesthesia for the one being tested. The higher the predicted depth of anesthesia value, the more conscious the one being tested is, i.e., in a shallower depth of anesthesia. On the other hand, the lower the predicted depth of anesthesia value, the less conscious the one being tested is, i.e., in a deeper depth of anesthesia.
摘要:
A server includes a logic subsystem and memory. The memory holds instructions that, when executed by the logic subsystem, cause the logic subsystem to determine if a table is wider than a viewing size of a screen of a requesting device, determine if the table is a data table or a layout table, and format an instance of the table prior to sending that instance of the table to the requesting device. The instance of the table sent to the requesting device is formatted in accordance with a determined viewing size of the screen of the requesting device and in accordance with a determined table type.
摘要:
A method for monitoring the depth of anesthesia is provided for detecting the conscious state of one being anesthetized in the recovery phase or induction phase of anesthesia course in order to facilitate an anesthesiologist to predict exactly the dosage of an anesthetic required. At first, an original electroencephalogram (EEG) is taken from one being tested. Then, the original electroencephalogram is analyzed by approximate entropy to obtain its approximate entropy value. Next, the approximate entropy value is multiplied by 1000/17, and the corrected value is assumed as the predicted value of depth of anesthesia. The predicted value of depth of anesthesia represents degree of the conscious state or the depth of anesthesia for the one being tested. The higher the predicted depth of anesthesia value, the more conscious the one being tested is, i.e., in a shallower depth of anesthesia. On the other hand, the lower the predicted depth of anesthesia value, the less conscious the one being tested is, i.e., in a deeper depth of anesthesia.
摘要:
Described is a technology directed towards providing a single page of data that when rendered (e.g., on a mobile device) displays combined content from multiple endpoints (e.g., corresponding to different messaging participants). Interaction with the page facilitates communication back to each endpoint. Bidirectional communication logic such as a messaging application provides the interactive page as a user interface. Content corresponding to each conversation is displayed in a separate area, which may include an interactive mechanism (e.g., a text input area and send mechanism) for sending a message to the messaging participant associated with that conversation. When content changes (e.g., following a page refresh), a change indication may be provided, such as by displaying a notification banner, and/or by changing the appearance (e.g., color) of changed message content. A page collapsing mechanism may limit the content displayed on the single page, such as based on a maximum number of messaging conversations.