2017
DOI: 10.1007/978-981-10-5699-4_57
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Analysis and Comparative Exploration of Elastic Search, MongoDB and Hadoop Big Data Processing

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Cited by 15 publications
(8 citation statements)
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“…In our prior research, we harnessed Elasticsearch as a robust backend infrastructure tailored for handling extensive time series datasets [6]. Elasticsearch's sophisticated capabilities enable swift execution of near real-time queries and pivotal aggregation operations essential for managing voluminous multivariate time series [25,26]. The transition from tabular to Elasticsearch's document-oriented structure simplifies data organization and retrieval processes, fostering enhanced scalability and performance.…”
Section: Time Series Data and Managementmentioning
confidence: 99%
“…In our prior research, we harnessed Elasticsearch as a robust backend infrastructure tailored for handling extensive time series datasets [6]. Elasticsearch's sophisticated capabilities enable swift execution of near real-time queries and pivotal aggregation operations essential for managing voluminous multivariate time series [25,26]. The transition from tabular to Elasticsearch's document-oriented structure simplifies data organization and retrieval processes, fostering enhanced scalability and performance.…”
Section: Time Series Data and Managementmentioning
confidence: 99%
“…Lastly, to solve the single point of failure problem of Hadoop and improve the stability of the 24-hour real-time computing of the cluster, the paper builds a highly available distributed cluster on the Linux server, as shown in TABLE 1. In Hadoop, because the NameNode manages the metadata information of the entire HDFS file system, once a single NameNode stops working in the cluster, it will affect the real-time operation of the entire cluster [15][16], making the cluster unable to process data in real time, and it is also not conducive to the cluster upgrade and maintenance, the NameNode is designed in a high-availability mode. Using the high-availability cluster design, even if a master node fails, the standby node can be switched to the working mode immediately through ZKFC (ZKFailoverController) [36][37] process to perform failover and ensure the normal operation of the cluster.…”
Section: Spark Distributed Cluster Based On Highly Available Hadoopmentioning
confidence: 99%
“…La gestión y el tratamiento de las amenazas informáticas, es uno de los aspectos más importantes a considerar por parte de las organizaciones modernas, dedicando los recursos necesarios para poder responder a cualquier incidente de seguridad que surja. El sistema de gestión de información y eventos de seguridad (SIEM por sus siglas en inglés Security Information and Event Management Systems) actúa como un repositorio o contenedor de datos, centralizado con bases de datos de gran tamaño para almacenar y gestionar los datos de operación, registrando todos los eventos de los activos de información (Kumar et al, 2018); que se relacionan con la seguridad, usándolos para monitorear, identificar, documentar e incluso responder a dichos incidentes de seguridad (Labrinidis y Jagadish, 2012).…”
Section: Sistema De Gestión De Información Y Eventos De Seguridadunclassified
“…El SIEM comprende la supervisión en tiempo real junto con el análisis de los datos de registro para que la correlación de eventos puede proporcionar la detección, identificación y notificación de anomalías (Kumar et al, 2018). Algunos de los incidentes de seguridad son claros y su identificación podría ser sencilla, pero una gran parte de los incidentes de seguridad, aunque puedan ser obvios, se esconden detrás de la gran cantidad de eventos por segundo que se producen en los activos de información de la organización, y que sin un SIEM serían completa o parcialmente inadvertidos.…”
Section: Sistema De Gestión De Información Y Eventos De Seguridadunclassified