Abstract: Methods for maintaining stable resistivity of a high resistivity silicon-on-insulator (HR-SOI) wafer are presented. The HR-SOI wafer includes a HR-Si substrate having a resistivity that is higher than about 1000 ohm. cm and a dopant concentration that is smaller than about 1013×cm-3. Packaging processing steps of the HR-SOI wafer are performed at a peak temperature that is below about 250 degrees centigrade. According to one aspect, a polyimidization processing step according to the present disclosure is performed at a peak temperature that is below about 250 degrees centigrade. According to another aspect, the packaging processing steps do not include the polyimidization processing step.

Abstract: A method includes receiving, at a computing device, inventory data identifying a plurality of computer readable storage devices. The method further includes receiving, at the computing device, a first request to perform a memory management operation. The method further includes sending, from the computing device to a first station, a command to perform the memory management operation on a first portion of the plurality of computer readable storage devices connected to the first station. The method further includes receiving, at the computing device from the first station, first results data indicating results of the memory management operation at the first station. The method further includes updating the inventory data based on the first results data.

Abstract: A method includes receiving, at a computing device, inventory data identifying a plurality of computer readable storage devices. The method further includes receiving, at the computing device, a first request to perform a memory management operation. The method further includes sending, from the computing device to a first station, a command to perform the memory management operation on a first portion of the plurality of computer readable storage devices connected to the first station. The method further includes receiving, at the computing device from the first station, first results data indicating results of the memory management operation at the first station. The method further includes updating the inventory data based on the first results data.

Abstract: A multi-level information display system graphically represents clinical information for a user. The system includes a user interface providing clinical content to a user and accepting user input with respect to clinical content. The system also includes a graphical summary representation of a patient-related clinical data value. The graphical summary representation has one or more visible characteristics indicating an importance of the patient-related clinical data value. The system also includes a thumbnail trend view providing a graph of data elements used to provide the patient-related clinical data value shown in the graphical summary representation. The system further includes an originating data view retrieving and displaying, via the user interface, a source document corresponding to at least one data element on the graph shown in the thumbnail trend view. The various views are displayed via the user interface based on user manipulation of a cursor with respect to the displayed views.

Abstract: An apparatuses and methods to release a chain. Apparatuses and methods include an electronic, mechanical, or electro-mechanical actuator system used to rotate a hooking arm. The actuator system includes an extendable piston. In some embodiments, the actuator system is hydraulic. In other embodiments, the actuator system is pneumatic.

Abstract: An apparatuses and methods to release a chain. Apparatuses and methods include an electronic, mechanical, or electro-mechanical actuator system used to rotate a hooking arm. The actuator system includes an extendable piston. In some embodiments, the actuator system is hydraulic. In other embodiments, the actuator system is pneumatic.

Abstract: Methods and systems for scheduling appointments in healthcare environments are described. An example method of scheduling appointments in healthcare environments includes determining a patient's availability and priority level and identifying, based on patient selection, one of a plurality of time slots. Additionally, the example method includes identifying another patient's willingness to reschedule their appointment for compensation if the one of the plurality of time slots is scheduled by the other patient, scheduling the patient in the one of the plurality of time slots using a processor if the one of the plurality of time slots is available or if the other patient has indicated a willingness to reschedule their appointment for compensation and compensating the other patient if the one of the plurality of time slots was previously scheduled by the other patient.

Abstract: Certain examples provide a personal health management system including a data store, a processor, and a user interface. The data store is to store data related to patient health, the data store to store at least personal health record data for a patient. The processor is to gather and process data from the data store to determine a personalized plan of care for the patient using patient health data from the personal health record for the patient, patient preference information, and patient insurance information. The user interface is to display information related to the personalized plan of care for the patient and to facilitate user review and interaction with the displayed plan of care and the underlying patient health data.

Abstract: A bookmark and stand, comprising first and second flaps and a bridge assembly. The first and second flaps each comprise a wall section, a base section, and a hook section. The bridge assembly comprises a top edge, a bottom edge, and a bridge. The bridge assembly connects to rear edges. The first and second flaps have a sheet configuration and are made of a substantially rigid material to support a book when in a bookstand configuration, and also may lay flat within the book when in a bookmark configuration, whereby the first and second flaps and the bridge assembly conform to a shape of the book and are thin enough so as to not damage the book.

Abstract: A multi-level information display system graphically represents clinical information for a user. The system includes a user interface providing clinical content to a user and accepting user input with respect to clinical content. The system also includes a graphical summary representation of a patient-related clinical data value. The graphical summary representation has one or more visible characteristics indicating an importance of the patient-related clinical data value. The system also includes a thumbnail trend view providing a graph of data elements used to provide the patient-related clinical data value shown in the graphical summary representation. The system further includes an originating data view retrieving and displaying, via the user interface, a source document corresponding to at least one data element on the graph shown in the thumbnail trend view. The various views are displayed via the user interface based on user manipulation of a cursor with respect to the displayed views.