Abstract: The present disclosure provides a preparation method for liquid capsules and its application in nutritional gummies, belonging to the technical field of food processing. The preparation method for the liquid capsules provided by the present disclosure is as follows: hydrocolloid, a solvent and colorant are used to prepare a wall material, a functional substance, an additive and a dispersant are used to prepare a core material, the wall material is processed into capsule shell, and the core material is encapsulated in the capsule shell and then dried to obtain the liquid capsules. The present disclosure obtains the liquid capsules with good formability by adjusting and controlling the composition and ratio of the wall materials and core materials, which enables the liquid capsules to be effectively added to gummies syrup, thereby obtaining high-quality nutritional gummies with good stability.

Abstract: A big data calculation method and system. The method comprises: indication information for calculating big data (S102); and calculating, according to the indication information, part of the big data, and outputting a calculation result (S104). The method and system solve the problems caused by provision of a result only when all tasks are completely calculated in a big data system architecture in the related art, thereby achieving the effect of assisting in making a decision to the greatest extent within restricted conditions.

Abstract: The embodiments of the present invention disclose a method for simulating mouse actions with a joystick, comprising: acquiring movement parameters input during movement of a joystick; computing and obtaining the target position of a mouse pointer on the interface of a terminal unit according to the movement parameters; and, displaying the mouse pointer at the position indicated by the target position. Moreover, a device and an electronic equipment for simulating mouse actions with a joystick are also disclosed by the embodiments of the present invention. With the present invention, the accuracy and precision of mouse operations can be improved.

Abstract: Techniques for detecting rolling reboots and for taking responsive actions to stop rolling reboots.

Abstract: Certain implementations of the disclosed technology may include systems, methods, and apparatus for determining risks associated with a driving route. According to an example implementation, a method is provided. The method may include identifying one or more probable routes of travel that include one or more first road segments. The method includes estimating risk associated with vehicular travel along one or more first road segments based at least in part on one or more of static road characteristics, temporal road characteristics, historical accident information, incident information, and traffic violation information associated with the one or more first road segments, and estimating risk associated with vehicular travel along the one or more probable routes by accumulating the estimated risk associated with vehicular travel along the one or more first road segments.

Abstract: Techniques for detecting rolling reboots and for taking responsive actions to stop rolling reboots.

Abstract: Techniques for monitoring system resources such that a resource-related problem can be identified at a point in time when it is still possible to initiate a set of recovery actions for remedying the problem without disrupting services provided by the system. Various system resources may be monitored including but not limited to system memory (e.g., RAM), one or more processors, non-volatile memory (e.g., Compact Flash usage), and the like.

Abstract: The present invention provides a multilevel read-only optical disk and the method for producing the same. The multilevel read-only optical disk comprises a plurality of the recording pits, each of the longitudinal sections of the recording pits has a multilevel arbitrary shape; the areas of the longitudinal sections of the recording pits are not identical each other; the area of each of the longitudinal sections of the recording pits is defined by the following formula: S=?h(x)dx, where S represents the area of each of the longitudinal sections of the recording pits, x represents the coordinate value along the width direction of the recording pits, h(x) represents the pit-depth distribution function of the longitudinal sections of the recording pits and the region of the integration covers the whole longitudinal sections of the recording pits. Furthermore, the run length of the multilevel read-only optical disk is limited.

Abstract: The present invention provides a multilevel read-only optical disk and the method for producing the same. The multilevel read-only optical disk comprises a plurality of the recording pits, each of the longitudinal sections of the recording pits has a multilevel arbitrary shape; the areas of the longitudinal sections of the recording pits are not identical each other; the area of each of the longitudinal sections of the recording pits is defined by the following formula: S=?h(x)dx, where S represents the area of each of the longitudinal sections of the recording pits, x represents the coordinate value along the width direction of the recording pits, h(x) represents the pit-depth distribution function of the longitudinal sections of the recording pits and the region of the integration covers the whole longitudinal sections of the recording pits. Furthermore, the run length of the multilevel read-only optical disk is limited.