TierStore synchronization

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore synchronization

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore synchronization

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore synchronization

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore synchronization

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore synchronization

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore synchronization

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore synchronization

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore synchronization

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore synchronization

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore synchronization

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore synchronization

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore synchronization

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore synchronization

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore synchronization

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore synchronization

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore synchronization

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore synchronization

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore synchronization

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore synchronization

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore synchronization

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore synchronization

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore synchronization

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore synchronization

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore synchronization

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore synchronization

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore 1 way vs. 2 way

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore 1 way vs. 2 way

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore 1 way vs. 2 way

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore 1 way vs. 2 way

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore 1 way vs. 2 way

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore 1 way vs. 2 way

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore 1 way vs. 2 way

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore 1 way vs. 2 way

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

TierStore 1 way vs. 2 way

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

Needed to be added to TierStore

It makes a big difference between having communication in one direction vs. having the possibility of a two way communication. The synchronization algorithm is a lot different, for example, it's much in two way communication it is possible for the synchronizing client to be able to resolve updates with its current state and request a diff of the changes. In one way communication, the server can only push out diffs and get an indication of the client state with a long latency.

meeting 8/17/2004

TIER meeting. Talked about what to do for the full day schedule. Should work on the presentation of TIER store. I will try to write out everything I am going to say beforehand and practice it before giving the talk. I really need practice giving these kinds of talks.

XML compression

This package may be useful for aggregating or compressing XML data sent over the TIER store system: XMill. They group syntactic elements together (e.g. the same tags, etc) before compression.

Also, some other packages, found from here:

• xmlppm


• Millau

dbXML basically stores XML documents in its AST tokenized form.

This also brings up the question as to whether there is already previous work (there must be) in terms of aggregating XML documents. The general idea would be to aggregate XML forms at each of the proxies to the datacenter.

status

Read "Upcalls" Clarke and "Sprite Migration".

Open Knowledge Network

http://www.dgroups.org/groups/OKN/index.cfm?CookieTested=TRUE


Group that does development oriented stuff involving production of local content. They seem to be using kiosk, Internet cafes and allow local people to publish content to be distributed using sneakernet or e-mail. Some snippets from their progress report which illustrate the type of work they are doing:

Screens are provided in both English and Swahili for users at the Access Points to contribute content in either language. For those Access Points with e-mail connectivity, content is uploaded to the Hub via a short e-mail exchange. Access Points without e-mail connection write the local content to a floppy disk, which can be hand-carried to a regional office or Cybercafe and e-mailed to a Hub. Knowledge Workers at the Hubs check and tag the local content with metadata and publish the data making it available to all Access Points. The content is downloaded to Access Points via the WorldSpace Afristar satellite.

And:

...Content from all Access Points appears in the Access Point’s Daily Newssheet. This presents the newest content grouped by subject area – e.g. “Kids Corner”, “Help with Sanitation”, “AIDS News”, “Classified Adverts” etc. The user can navigate to all the OKN content from the newssheet...