Abstract: Disclosed are various embodiments for dynamically adjusting the amount of media content to be cached by a client device streaming media from a streaming device. An initial amount of media content is transmitted for caching to the client device from the streaming device. The location of a client device can be used to determine a connectivity interruption probability between the client device and the streaming device. The amount of media content for caching on the client device is adjusted based on the connectivity interruption probability, and the adjusted amount of media content is transmitted to the client device.

Abstract: Disclosed are various embodiments for dynamically adjusting the amount of media content to be cached by a client device streaming media from a streaming device. An initial amount of media content is transmitted for caching to the client device from the streaming device. The location of a client device can be used to determine a connectivity interruption probability between the client device and the streaming device. The amount of media content for caching on the client device is adjusted based on the connectivity interruption probability, and the adjusted amount of media content is transmitted to the client device.

Abstract: Disclosed are various embodiments for dynamically adjusting the amount of media content to transmit to a client for caching during a media streaming event. To begin, the location of the user may be determined. Based on the location of the user, a route may be predicted if the user is moving. A future connectivity interruption in the network coverage may be identified by comparing known areas of network coverage with the location of the user and/or the predicted route. Based on the likelihood of a future connectivity interruption, the amount of media content to transmit to a client for caching may be dynamically adjusted so that the user have a seamless media experience even in times of network coverage disconnect.