gangtao

7 ms·

91.
by gangtao 1y ago
the chess is just a simple example, realtime processing is critical is many AI monitoring use cases
92.
by gangtao 1y ago
Yes, you are absolutely right, my works only demonstrate how to catch the hallucination in realtime in case we know what kind of hallucination with clear definition. To detect those unknown hallucication is a very hard problem. If you dont
93.
by gangtao 1y ago
one of the alternatives is to try Timeplus/Proton Timeplus/Proton is a high performance streaming processing tool, support read/write from/to external streaming or non streaming data sources including: kafka, redpanda, p
94.
by gangtao 1y ago
That's a great observation about Chrome DevTools. The performance impact happens because DevTools adds significant overhead - it's instrumenting every network request, DOM change, and JavaScript execution for debugging purposes. T
95.
by gangtao 1y ago
The tests didn't show much of a performance difference between SSE and WS across these scenarios, Both technologies perform similarly in most use cases. WS has a lower client CPU utilization compared to SSE, meaning WebSocket can bette
96.
WebSocket vs. Server-Sent Events: A Performance Comparison(timeplus.com)
3 points by gangtao 1y ago|4 comments
97.
by gangtao 1y ago
JSON parsing - While libraries like cJSON exist, many are either too basic or too complex. A modern JSON library with streaming support, JSONPath queries, and schema validation would be valuable.
98.
Real-time AI hallucination detection with timeplus: A chess example(timeplus.com)
22 points by gangtao 1y ago|12 comments
99.
by gangtao 1y ago
I got a large GCP logstorage bill as my applicatino is writing too much logs
100.
by gangtao 2y ago
can you provide more information about the other similar project, would like to take a look
101.
by gangtao 3y ago
Timeplus fill the GAP of streaming data from kafka to OLAP clickhouse by adding streaming processing capability which is the last missing piece of a complete data platform puzzle
102.
by gangtao 3y ago
Both Materialize and RisingWave are written in Rust and provide compatible SQL interface as Postgres. The user experience is more close to traditional database. Proton is written in C++, adding streaming processing to ClickHouse and make s
103.
by gangtao 3y ago
Proton was started from a Timeplus's internal projects which all named after particle. Yes, it lacks context, but can you get the context from Flink or Spark ? both of these are just data processing tools, supporting streaming as well.
104.
by gangtao 3y ago
1. binary and memory consumption are two different concepts 2. if you compared the size of docker image of Flink and Proton, you will get a better understanding here, flink docker image is 500M after compression and proton is 170M. compare
105.
by gangtao 3y ago
Proton does support stateful streaming processing and has fault toleratance. Proton save the state in memory and local file system. The cluster and HA features are in Timeplus Platform which build on top of Proton
106.
by gangtao 3y ago
built on top of ClickHouse and could be an alternative to Flink SQL
107.
by gangtao 3y ago
support python client with https://github.com/timeplus-io/proton-python-driver