アルゴリズム:Algorithms Overview of Copra and examples of applications and implementations
Machine Learning Natural Language Processing Artificial Intelligence Digital Transformation Semantic Web Knowledge Infor...
時系列データ解析
アルゴリズム:Algorithms アルゴリズム:Algorithms Example implementation for general time series analysis using R or Python
Machine Learning Artificial Intelligence Digital Transformation ICT Sensor Data & IOT ICT Infrastructure Stream Data...
IOT技術:IOT Technology Protected: Leveraging Apache Spark for Distributed Data Processing – Developing and Executing Applications
Leveraging Apache Spark to enable distributed data processing for digital transformation, artificial intelligence, and machine learning tasks -Application development and execution (forced termination, yarn-client mode, yarn-cluster mode, YARN, and YARN) management commands, cluster, python, Clojure, Shell, AWS, Glue, sparkplug, spark-shell, spark-submit, Nodemanager, HDFS, Spark applications, Scala, sbt, plugin.sbt, build.sbt build.sbt, build, sbt-assembly plugin, JAR file)
IOT技術:IOT Technology Introduction and configuration of Apache Spark for distributed data processing
Deployment and configuration of Apache Spark to enable distributed data processing for digital transformation, artificial intelligence and machine learning tasks (NodeManager, YARN, spark-master, ResourceManager, spark-worker, HDFS, NameNode, DataNode, spark-client, CDH5.4, haddop, Yum, CentOS) spark-worker, HDFS, NameNode, DataNode, spark-client, CDH5.4, haddop, Yum, CentOS)
IOT技術:IOT Technology Protected: Apache Spark’s processing model for distributed data processing
Used for digital transformation artificial intelligence and machine learning tasks Apache Spark's processing model (Executor, Task, Scheduler, Driver Program, Master Node, Worker Node, Spark Standalone, Mesos, Hadoop, HFDS, YARN, Partitions, RDD, Transformations, Actions, Resillient Distributed Dataset)
Clojure Hierarchical Temporal Memory and Clojure
Deep learning with hierarchical temporal memory and sparse distributed representation with Clojure for digital transformation (DX), artificial intelligence (AI), and machine learning (ML) tasks
Clojure Protected: Analysis of time series data using Clojure
Analysis of time series data such as AR, MA, ARMA, etc. using Clojure for digital transformation, artificial intelligence machine learning tasks ACF, PACF, Partial Autocorrelation, Durbin-Levinson algorithm, autocovariance, moving average models, autocorrelation models, hybrid, random walk, discrete-time models
web技術:web technology Extraction of tabular data from the Web and documents and semantic annotation (SemTab) learning
Extraction of tabular data from the Web and documents and semantic annotation learning, one of the data extraction tasks utilized in digital transformation, artificial intelligence, and machine learning tasks, with a focus on the ISWC workshop SemTab
IOT技術:IOT Technology Protected: Reconstructing the shape of celestial objects from time series data – Temporal Astronomy
Reconstruct the shape of celestial objects (V455 Andromeda, accretion disk structure, white dwarf) from time series data using Bayesian inference.
Stream Data Processing Protected: Sequential learning using SVM
Overview of algorithms for sequential learning by adding/removing training examples using SVMs in support vector machines utilized for digital transformation, artificial intelligence, and machine learning tasks.