- Una comprensión de la arquitectura del sistema ...
- Experiencia en el diseño de pequeños sistemas o servicios.
- 3+ años de experiencia en programación.
Audiencia
- Arquitectos de soluciones y aplicaciones
- Líderes Técnicos
- Ingenieros Superiores
Esta capacitación en vivo dirigida por un instructor (in situ o remota) está dirigida a arquitectos, líderes técnicos que trabajan con sistemas distribuidos dedicados a un alto tráfico y que requieren una alta escalabilidad y confiabilidad.
Al final de esta capacitación, los participantes serán capaces de:
- Comprender los principales beneficios, limitaciones y reglas que determinan las características de los sistemas distribuidos, los sistemas escalables y altamente confiables.
- Podrá evaluar mejor lo que se puede y lo que no se puede lograr con dichos sistemas .
- Conocerá los patrones de arquitectura típicos de sistemas distribuidos, escalables y altamente confiables
- Comprenderá las capacidades y el modelo adecuado de uso de las tecnologías, que soportan la escalabilidad y la fiabilidad, sistemas como los buses de servicio de streaming (basados en Kafka), los almacenamientos NoSQL (basados en Redis) y el procesamiento distribuido.
Formato del curso
- Conferencia interactiva y discusión.
- Ejemplos de soluciones arquitectónicas.
- Ejemplos reales basados en Kafka y Redis soluciones.
Opciones de personalización del curso
- Para solicitar una formación personalizada para este curso, póngase en contacto con nosotros para concertar una cita.
- Introducción
- Aspectos teóricos de los sistemas distribuidos
- Mínimos y limitaciones
- Capacidades de escalabilidad y confiabilidad
- Particionamiento y partición
- Patrones de arquitectura más populares
- Arquitectura de 3 niveles
- Partición
- Streaming
- Lambda y Kapa
- Computación distribuida
- Servicios sin estado
- Patrones para servicios con estado escalables y confiables
- ScalaAlmacenamiento fácil y altamente confiable
- NoSQL Capacidades y tipos
- Patrones para el almacenamiento de datos en sistemas distribuidos, altamente fiables y escalables
- Redis Ejercicios de laboratorio
- Scala Bus de mensajes fácil y altamente confiable
- Capacidades y tipos de streaming/Event-Driven
- Patrones para el procesamiento de eventos en sistemas distribuidos, altamente fiables y escalables
- Laboratorio Kafka
- Otros aspectos importantes de la arquitectura
- Resumen y conclusiones
United Arab Emirates - The architecture of Distributed, Highly Reliable and Scalable systems
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Pakistan - The architecture of Distributed, Highly Reliable and Scalable systems
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Bulgaria - The architecture of Distributed, Highly Reliable and Scalable systems
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Serbia - The architecture of Distributed, Highly Reliable and Scalable systems
Bhutan - The architecture of Distributed, Highly Reliable and Scalable systems
Nepal - The architecture of Distributed, Highly Reliable and Scalable systems
Uzbekistan - The architecture of Distributed, Highly Reliable and Scalable systems