Methods and systems for intelligent mobile function distribution
A method and a system for intelligent mobile function distribution are disclosed. An embodiment includes discovering, by an Intelligent Mobile Function Distribution (iMOD) entity, resources available in a mobile network and moving mobile functions across the mobile network in accordance with the discovered resources, thereby allowing the mobile network to adapt to changing conditions.
1. A method comprising:
discovering, by an Intelligent Mobile Function Distribution (iMOD) entity, bandwidth constrains in a first geographical location but not in a second geographical location in close proximity to the first geographical location of a mobile network; and
dynamically limiting, by the iMOD entity, mobile functions at the first geographical location but not at the second geographical location, thereby allowing the mobile network to adapt to changing conditions.
2. The method according to claim 1 , wherein dynamically limiting the mobile functions comprises instructing a PGW to compress video data with a first compression factor when an UE is in the first geographical location and to compress the video data with a second compression factor when the UE is in the second geographical location, and wherein the first compression factor is higher than the second compression factor.
3. The method according to claim 2 , wherein the first compression factor is 5-10 times higher than the second compression factor.
4. The method according to claim 2 , wherein dynamically limiting the mobile functions comprises instructing the PGW to compress the video data with a lower compression factor in the first geographical location when the bandwidth constrains have eased.
5. The method according to claim 1 , wherein the first geographical location is a stadium and the second geographical location is a parking lot or restaurant in close proximity to the stadium.
6. A method comprising:
assigning, by a Mobility Management Entity load balancer (MME LB), a first User Equipment (UE) to a MME-1 when the first UE satisfies a first policy so that the MME-1 selects a first sub mobile function and the first sub mobile function processes user data for the first UE; and
assigning, by the MME LB, a second UE to a MME-2 when the second UE satisfies a second policy so that the MME-2 selects a second sub mobile function and the second sub mobile function processes user data for the second UE,
wherein the first sub mobile function processes the user data for the first UE faster than the second sub mobile function processes the user data for the second UE based on a complex policy comprising the first policy and the second policy.
7. The method according to claim 6 , wherein the first sub mobile function is located at a base station remote from a core of a mobile operator's network while the second sub mobile function is located at the core.
8. The method according to claim 6 , wherein the first sub mobile function comprises a SGW-1, and wherein the second sub mobile function comprises a SGW-2.
9. The method according to claim 6 , wherein the first sub mobile function comprises a PGW-1, and wherein the second sub mobile function comprises a PGW-2.
10. A method comprising:
discovering, by an Intelligent Mobile Function Distribution (iMOD) entity, bandwidth constrains in a first geographical location of a mobile network but not in a second geographical location of the mobile network, wherein the second geographical location is in close proximity to the first geographical location; and
dynamically limiting, by the iMOD entity, mobile functions at the first geographical location but not at the second geographical location, thereby allowing the mobile network to adapt to changing conditions,
wherein dynamically limiting the mobile functions further comprises dynamically limiting the mobile functions for a User Equipment (UE) when the UE satisfies a first policy and not dynamically limiting the mobile functions for a further UE when the further UE satisfies a second policy.