Optimal page sharing in a collaborative environment

1. A collaborative computer hardware system configured for optimal page sharing, the system comprising:

a collaborative peer hardware device configured to:

determine a presentation sequence of application pages of a collaborative application by an off-line pass through of content of the collaborative application;

select an application page based on the determined presentation sequence;

prior to transmitting said selected application page to collaborative peers, compress said selected application page by

partitioning said selected application page into a set of regions;

for each region, selecting a particular compression technique from among multiple compression techniques based upon content disposed in said each region; and,

compressing said each region using said particular compression technique;

repeat the compression steps performed for the selected application page for all other application pages; and

delta encode page to page transitions based on the determined presentation sequence.

2. The collaborative computer hardware system of claim 1 , wherein

said multiple compression techniques comprise delta compression, fractal compression and substitutional compression.

3. The collaborative computer hardware system of claim 1 , wherein

said collaborative application comprises a whiteboard application.

4. The collaborative computer hardware system of claim 1 , wherein

said collaborative application comprises a shared application.

5. A method for optimal image sharing in a collaborative environment, the method comprising the steps of:

determining a presentation sequence of application pages of a collaborative application by an off-line pass through of content of the collaborative application;

selecting an application page based on the determined presentation sequence;

prior to transmitting said selected application page to collaborative peers, compressing said selected application page, wherein said compressing step comprises the steps of:

partitioning said selected application page into a set of regions;

for each region, selecting a particular compression technique from among multiple compression techniques based upon content disposed in said each region; and,

compressing said each region using said particular compression technique;

repeating the compression steps performed for the selected application page for all other application pages; and

delta encoding page to page transitions based on the determined presentation sequence.

6. A machine readable storage having stored thereon a computer program for optimal page sharing in a collaborative environment, the computer program comprising a routine set of instructions which when executed by a machine causes the machine to perform the steps of:

determining a presentation sequence of application pages of a collaborative application by an off-line pass through of content of the collaborative application;

selecting an application page based on the determined presentation sequence;

prior to transmitting said selected application page to collaborative peers, compressing said selected application page, wherein said compressing step comprises the steps of:

partitioning said selected application page into a set of regions;

for each region, selecting a particular compression technique from among multiple compression techniques based upon content disposed in said each region; and,

compressing said each region using said particular compression technique;

repeat the compression steps performed for the selected application page for all other application pages; and

delta encoding page to page transitions based on the determined presentation sequence.