Abstract: A hand-written information processing apparatus is provided by which such correction as to directly deal with a design drawn on a paper sheet or the like can be performed. The hand-written information processing apparatus includes a stylus detection sensor, a connection interface for outputting writing information corresponding to a writing operation of a stylus to an external apparatus which includes a display screen for displaying an image, and a display image processing information generation circuit for generating display image processing information for performing a given image operation process based on an operation input accepted by an operation input acceptance unit to the display image. An inputting face is configured such that a sheet member on which writing corresponding to a writing operation of a stylus can be visually formed can be placed thereon. In addition to a normal stylus, an ink stylus which can form a writing trace visually on a sheet member can be utilized.

Abstract: A method for generating an automated test configured to test a system under test. The system under test includes a plurality of operational states and executable actions. The method includes: providing a model of the system under test, the model including a plurality of model states and selectable model actions, wherein one or more of the model states are representative of operational states of the system under test and each model action is associated with one or more executable actions on the system under test; and generating an automated test. The automated test is generated by selecting a sequence of model actions; and defining, based on the selected sequence of model actions, an automated test configured to execute a sequence of executable actions on the system under test. The selection of model actions is dependent upon the previous selection of model actions in the current and/or previous automated tests.

Abstract: A hand-written information processing apparatus is provided by which such correction as to directly deal with a design drawn on a paper sheet or the like can be performed. The hand-written information processing apparatus includes a stylus detection sensor, a connection interface for outputting writing information corresponding to a writing operation of a stylus to an external apparatus which includes a display screen for displaying an image, and a display image processing information generation circuit for generating display image processing information for performing a given image operation process based on an operation input accepted by an operation input acceptance unit to the display image. An inputting face is configured such that a sheet member on which writing corresponding to a writing operation of a stylus can be visually formed can be placed thereon. In addition to a normal stylus, an ink stylus which can form a writing trace visually on a sheet member can be utilized.

Abstract: A pen holding device configured to hold an electronic pen which has a first core that is elongated and is replaceable. The pen holding device includes a casing having an electronic pen holder that is configured to hold the electronic pen in an erect state or a laid state, and at least one refill core holder which is provided inside the casing and is configured to grasp a second core, which is a refill core for the electronic pen, in a direction different from a longitudinal direction of the electronic pen when the electronic pen is held in the erect state.

Abstract: The present disclosure relates to methods and products for delivering cells to a biological site. Certain embodiments of the present disclosure provide a method of delivering cells to a biological site. The method comprises providing a product comprising an alkylamine functionalised substrate and cells for delivery to the biological site attached to the functionalised substrate, wherein the alkylamine functionalised substrate comprises a surface density with an atomic ratio of primary amine to carbon of greater than 0.005, and applying the product to the biological site to allow transfer of the cells from the product to the biological site, thereby delivering cells to the site.

Abstract: A verification apparatus and method are disclosed for testing a device or system which is operable in a number of states through which it can transition in a multiplicity of different sequences. The method and apparatus disclosed include a set of functional modules which correspond to the states of the device or system under test and which may be activated in a large number of pseudorandom sequences. Each time a module of the verification apparatus is activated it causes the device or system under test to transition to the corresponding state. Thus, when the functional modules of the verification apparatus are activated in a given sequence, the corresponding states of the device or system under test are called in the same sequence.

Abstract: A method for defining an automated test is configured to test a system under test. The system under test includes a plurality of operational states, at least one operational state having executable actions associated therewith operable to execute predetermined operations and/or transition the system under test between operational states. The method includes a) defining an executable model of the system under test including a plurality of model states; and b) defining one or more selectable model actions, each model action representative of one or more executable actions on the system under test and configured such that one or more preconditions are assignable thereto. Each model action is configured to be available to be selected unless any preconditions assigned to the respective model action are not satisfied. The model is configured such that a test program is operable to select a sequence of available model actions to define an automated test.

Abstract: A method for generating an automated test configured to test a system under test. The system under test includes a plurality of operational states and executable actions. The method includes: providing a model of the system under test, the model including a plurality of model states and selectable model actions, wherein one or more of the model states are representative of operational states of the system under test and each model action is associated with one or more executable actions on the system under test; and generating an automated test. The automated test is generated by selecting a sequence of model actions; and defining, based on the selected sequence of model actions, an automated test configured to execute a sequence of executable actions on the system under test. The selection of model actions is dependent upon the previous selection of model actions in the current and/or previous automated tests.

Abstract: A method for generating an automated test configured to test a system under test. The system under test has a plurality of operational states, at least one operational state having one or more executable actions associated therewith operable to execute predetermined operations and/or transition the system under test between operational states. The method includes the steps of: defining a model of the system under test comprising a plurality of model states; defining one or more selectable model actions; associating one or more test description sections with one or more model actions; selecting a sequence of model actions; and utilising the test description sections associated with the selected sequence of model actions to define a sequence of operation commands for execution on the system under test as an automated test.

Abstract: A verification apparatus and method are disclosed for testing a device or system which is operable in a number of states through which it can transition in a multiplicity of different sequences. The method and apparatus disclosed include a set of functional modules which correspond to the states of the device or system under test and which may be activated in a large number of pseudorandom sequences. Each time a module of the verification apparatus is activated it causes the device or system under test to transition to the corresponding state. Thus, when the functional modules of the verification apparatus are activated in a given sequence, the corresponding states of the device or system under test are called in the same sequence.