Abstract: Systems, methods, and computer-readable media are provided for automatically and intelligently creating journal entries, such as journal entries to solve mismatches identified via the intercompany elimination reporting process. In an example, a machine learning model is trained to generate journal entries such as journal entries based on certain characteristics of historical journal entries associated with historical discrepancies. The trained machine learning model may be used, for example, to automatically generate a journal entry by recording a ledger acknowledging a discrepancy between a first data entry of a first entity and a second data entry of a second entity. The journal entry automatically generated using the machine learning model may reconcile the discrepancy, for example, by recording the ledger in alignment with the first data entry of the first entity or in alignment with the second data entry of the second entity.

Abstract: Systems, methods, and computer-readable media are provided for automatically and intelligently creating journal entries, such as journal entries to solve mismatches identified via the intercompany elimination reporting process. In an example, a machine learning model is trained to generate journal entries such as journal entries based on certain characteristics of historical journal entries associated with historical discrepancies. The trained machine learning model may be used, for example, to automatically generate a journal entry by recording a ledger acknowledging a discrepancy between a first data entry of a first entity and a second data entry of a second entity. The journal entry automatically generated using the machine learning model may reconcile the discrepancy, for example, by recording the ledger in alignment with the first data entry of the first entity or in alignment with the second data entry of the second entity.

Abstract: Systems, methods, and computer-readable media are provided for using a first machine learning model to predict a first type of member data for a journal entry based on partial information of the journal entry, and using a second machine learning model to predict a second type of member data based on the first type of member data as predicted, optionally accounting for a confidence score of the first type of member data. Systems, methods, and computer-readable media are also provided for predicting one or more items of metadata for a journal entry and graphically marking the one or more items of metadata for review, distinguishing reviewed items from items yet to be reviewed.

Abstract: The invention relates to a method for producing blocks of an aqueous gel, comprising: a step of forming a compound by mixing: i. an aqueous substrate; and ii. the gelling agent, —a step of drawing off the compound; —a step of in-line cooling of the compound so as to bring it below a second temperature at which it gels; —a step of transferring to a distribution line; —a step of cutting the gelled compound into blocks at the outlet of the distribution line; and—a step of distributing the blocks of gel into a farming container immediately after the gel is cut into blocks. Such a method allows blocks of gel to be produced continuously and as required in the context of rearing livestock, in particular rearing insects. The invention also relates to a corresponding device.

Abstract: The invention relates to a device (1) for rearing termites comprising a tray (2) containing a bed of a substrate (3) suitable for the life of termites, and a set of frames. A lignocellulosic material is placed in each frame (4). The frames are mounted removably side by side in parallel and vertically in the tray such that a lower edge of each frame rests on the substrate bed. The lower edge has one or more openings configured to allow at least some termites to pass between the substrate bed (3) and the interior of the frame (4). The lignocellulosic material of each frame is separated from the lignocellulosic material of the adjacent frame(s) (4) by at least one lateral wall.

Abstract: The invention relates to a method for producing blocks of an aqueous gel, comprising: a step of forming a compound by mixing: i. an aqueous substrate; and ii. the gelling agent,—a step of drawing off the compound;—a step of in-line cooling of the compound so as to bring it below a second temperature at which it gels;—a step of transferring to a distribution line;—a step of cutting the gelled compound into blocks at the outlet of the distribution line; and—a step of distributing the blocks of gel into a farming container immediately after the gel is cut into blocks. Such a method allows blocks of gel to be produced continuously and as required in the context of rearing livestock, in particular rearing insects. The invention also relates to a corresponding device.

Abstract: The present invention relates to a gel used as a source of water and/or nutrients for rearing insects. The gel comprises 90 to 99.6% by weight of an aqueous substrate comprising at least 25% by weight, of the total weight of the aqueous substrate, of a liquid coproduct from agro-industry, 0.3 to 2% by weight of a gelling agent, and 0.1 to 5% by weight of a preservative, the percentages by weight of aqueous substrate, gelling agent and preservative being expressed over the total weight of the gel.

Abstract: A web-based (or cloud based) gaming platform is described which may be played in a live social gaming environment that creates an augmented reality experience for the player. The platform offers several levels, each level having a different background/view. For example, the background of the landing page (street view) may include a street view of a location near the user. The platform also features a skyline-view having as background a top view of the user's city, and a prizecloud-view having as background an image featuring. The user may use parallax scrolling to travel vertically through the different views and horizontally over other cities to explore events and promotions happening in other national/international cities.

Abstract: A method for conducting an interactive financial simulation. The method is implemented at least in part by a computer and includes transmitting an initial financial projection for a fictitious company, transmitting a news story, generating a new share price for the fictitious company based on an index, generating a new financial projection for the fictitious company based on a set of decisions selected for implementation by a participant of the interactive financial simulation, and generating a final share price for the fictitious company based on a final set of decisions selected for implementation by the participant.