Abstract: Technologies are described herein for identifying a sharing level of content items in a content library. The content library includes a first content item having a first sharing configuration and a second content item having a second sharing configuration. The first sharing state associated with the first content item is set based on the first sharing configuration. The second sharing state associated with the second content item is set based on the second sharing configuration. A content list including multiple rows and a sharing hint column is displayed. A first row corresponds to the first content item, and a second row corresponds to the second content item. A first icon corresponding to the first sharing state is arranged under the sharing hint column on the first row. A second sharing icon corresponding to the second sharing state is arranged under the sharing hint column on the second row.

Abstract: Technologies are described herein for identifying a sharing level of content items in a content library. The content library includes a first content item having a first sharing configuration and a second content item having a second sharing configuration. The first sharing state associated with the first content item is set based on the first sharing configuration. The second sharing state associated with the second content item is set based on the second sharing configuration. A content list including multiple rows and a sharing hint column is displayed. A first row corresponds to the first content item, and a second row corresponds to the second content item. A first icon corresponding to the first sharing state is arranged under the sharing hint column on the first row. A second sharing icon corresponding to the second sharing state is arranged under the sharing hint column on the second row.

Abstract: A body pad construction for a padding garment, having a body shape moulded pad formed of expanded polypropylene foam material, of a predetermined density, and moulded and shaped to conform to a portion of the body to be protected, a laminate reinforcement of scrim filaments bonded with the exterior of the moulded body pad, and shaped to the exterior of the body pad, inner and outer covering panels formed of a laminate of synthetic woven fabric the inner and outer panels being placed on opposite sides of the pad, and the fabric being bonded to the pad on both sides, and the layers of the inner and outer panels being bonded together, around the edges of the pad.

Abstract: A multiprocessor device capable of operating in both MIMD and SIMD modes which includes an array of parallel processor elements connected via link ports on each element. A multiplexing means is provided for dynamically configuring the connection topology between link ports so that a direct connection can be made between any two processor elements. Local dual-ported memory is associated with each processor element in the array and is connected through a first port to its associated processor element and through a second port to a multidimensional DMA controller. The DMA controller transfers data autonomously between the processor elements and global resources, including a global memory. For SIMD mode operations, the DMA controller broadcasts duplicate instructions to the dual-ported memory associated with each processor element, and the instructions are then executed by each processor in synchrony.