Abstract: Invention relates to a smart refrigerator for storing and distributing pharmaceutical products, consisting of a refrigeration device connected to a power source equipped with a casing and at least one shelf, at least one container for storing pharmaceutical products placed on at least one shelf, temperature sensors and a control unit with access to a computer network, characterised in that the container (5) for storing pharmaceutical products is essentially a cuboid equipped with a lid (3) coupled to an opening sensor (4) of the lid (3), and a weighing device integrated into a base of the container (5) and consisting of a weighing tray (1) and a strain gauge measuring system (2), the weighing device being connected to the control unit, consisting of a processor or programmable logic matrix connected to the relay device; the control unit comprises a memory and a set of algorithms managing the status of the refrigerator and an integrated notification and alarm system, while a control panel containing an interfa

Abstract: The clinical trial automatic monitoring system includes a programmable central unit, at least one peripheral device, a server, a database, a network connecting the database to the server and the central unit. The database includes an electronic health records (EHR) module including an interface and source data of one or more patients in the form of an electronic health record. The EHR module is networked to a virtual monitor (VM) having a programmable central processing unit equipped with a microprocessor and memory and networked to a server. The VM includes a case report form (CRF) module, a patient data access module, programmable instructions, a translation engine, a user interface, and a data processing module. The data from the CRF module is analyzed for consistency with the data from the EHR module.

Abstract: Example methods, apparatuses, and systems are presented for a software code debugger tool. The code debugger tool may be configured to access source code intended to be examined for debugging. The debugger tool may compile the source code using a specially designed compiler that incorporates state recording functionality and other debugging functionality directly into the source code. When the source code is executed, the debugging tool may be configured to record a plurality of states that the application progresses through upon executing the application. The debugger tool can read recorded states while the application runs or after its execution. Various visual indicators may also provide additional annotations to aid in debugging, such as displaying the content of variables in a visual annotation showing their historical values, and providing a temporal status indicator to provide context to the user about what the present state represents in relation to specific functions in the source code.

Abstract: Example methods, apparatuses, and systems are presented for a software code debugger tool. The code debugger tool may be configured to access source code intended to be examined for debugging. The debugger tool may compile the source code using a specially designed compiler that incorporates state recording functionality and other debugging functionality directly into the source code. When the source code is executed, the debugging tool may be configured to record a plurality of states that the application progresses through upon executing the application. The debugger tool can read recorded states while the application runs or after its execution. Various visual indicators may also provide additional annotations to aid in debugging, such as displaying the content of variables in a visual annotation showing their historical values, and providing a temporal status indicator to provide context to the user about what the present state represents in relation to specific functions in the source code.