Systems and methods for latency reduction using map staggering

1. A scheduling unit for managing upstream message allocation in a communication network, comprising:

a processor configured to determine (i) a number of channels communicating in one direction stream of the communication network, and (ii) a MAP interval duration of the communication network; and

a media access control (MAC) domain configured to (i) calculate a staggered allocation start time for each separate channel of the number of channels, and (ii) assign a different allocation start time, within the MAP interval duration, to each separate channel,

wherein the MAP interval duration comprises a first component indicating a next MAP fulfillable time, a second component indicating a MAP generation duration, and a third component indicating a MAP advance duration,

wherein the communication network is configured according to a data over cable service interface specification (DOCSIS) protocol and comprises a request-grant approach for transmissions in one direction stream,

wherein the request-grant approach comprises a minimum request-grant loop latency and a maximum request-grant loop latency,

wherein the minimum request-grant loop latency is based upon a sum of the second component and the third component, and

wherein the maximum request-grant loop latency is substantially equal to the MAP interval duration.

2. The scheduling unit of claim 1 ,

wherein the MAC domain is configured to calculate the staggered allocation start time based on the MAP interval duration divided by the number of channels.

3. The scheduling unit of claim 1 , comprising a modem.

4. The scheduling unit of claim 3 , wherein the modem comprises one or more of a cable modem, a satellite modem, an optical network unit, and a DSL unit.

5. The scheduling unit of claim 1 , comprising a modem termination system (MTS).

6. The scheduling unit of claim 5 , wherein the MTS comprises one or more of a cable modem termination system, an optical network terminal, an optical line termination, a network termination unit, and a satellite termination unit.

7. The scheduling unit of claim 1 , wherein the communication network is configured according to at least one of a data over cable service interface specification (DOCSIS), a 802.11 wireless communication protocol, and a transfer control protocol.

8. The scheduling unit of claim 1 , wherein the one direction stream comprises an upstream transmission flow.

9. The scheduling unit of claim 1 , wherein the processor is further configured to grant a transmission opportunity based upon a sum of the maximum request-grant loop latency and at least one staggered allocation start time interval.