Moogsoft
Showing posts with label event-driven. Show all posts
Showing posts with label event-driven. Show all posts
5 May 2020
Moogsoft
Labels:
artificial intelligence
,
big data
,
data science
,
devops
,
event-driven
,
events
,
machine learning
20 April 2020
17 September 2019
28 August 2019
19 August 2019
Dweet.io
Labels:
big data
,
data science
,
deep learning
,
distributed systems
,
event-driven
,
machine learning
,
webservices
PubNub
Labels:
big data
,
data science
,
deep learning
,
distributed systems
,
event-driven
,
machine learning
,
webservices
21 July 2019
29 March 2018
Outlier Detection
Anomaly Detection Benchmarks
ODDS
Outlier Detection Library
Skyline
Oculus
Anodot
Numenta
AnomalyDetection
awesome-anomaly-detection-timeseries
outlier detection survey
t-digest
Practical Machine Learning Anomaly Detection
anomaly detection with autoencoders
ODDS
Outlier Detection Library
Skyline
Oculus
Anodot
Numenta
AnomalyDetection
awesome-anomaly-detection-timeseries
outlier detection survey
t-digest
Practical Machine Learning Anomaly Detection
anomaly detection with autoencoders
Labels:
big data
,
data science
,
deep learning
,
event-driven
,
machine learning
,
predictive analytics
5 March 2018
Beam Capability Matrix
Labels:
big data
,
data science
,
distributed systems
,
event-driven
,
flink
,
Java
,
message-driven
,
python
,
spark
26 January 2018
13 November 2017
13 May 2017
Vs Of Big Data
Volume - amount of data
Velocity - speed of data flowing into a system
Variety - different types of data from multiple sources
Veracity - accuracy of inbound and outbound data
Velocity - speed of data flowing into a system
Variety - different types of data from multiple sources
Veracity - accuracy of inbound and outbound data
Many tools exist that address the above characteristics of Big Data which can be split into three different purposeful strands:
- Data Transfer - e.g Kafka, Flume, Scribe, Scoop
- Data Storage - e.g Hadoop, GlusterFS, Cassandra
- Data Processing - e.g Storm, Flink, Spark, Samza
4 May 2017
Delivery Patterns
- At-Most-Once : Messages may be lost, least desirable
- At-Least-Once : Messages may be redelivered - no loss but may include duplicates
- Exactly-Once : Messages are delivered once and only once - no loss and no duplicates, but difficult to guarantee
In order to manage state, messages may be stored in an embedded key-value store, a distributed file system, or use a higher level of abstraction.
26 April 2017
23 April 2017
2 April 2017
20 March 2017
17 March 2017
Solace
Labels:
big data
,
data science
,
distributed systems
,
event-driven
,
message-driven
,
microservices
,
software engineering
Subscribe to:
Posts
(
Atom
)