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Red Hat JBoss A-MQ - A-MQ in Internet of Things, Sensor transmitting vital signal to Biomedical dashboard via AMQP



I was amazed by the increasing number of people mentioning "Internet of Things" in the recent conversations, if you already know what IoT is, please skip this part and go straight to my demo. :)

From Wiki,

"The term Internet of Things was proposed by Kevin Ashton in 1999,... it originally refers to uniquely identifiable objects and their virtual representations in an Internet-like structure. ...... Today however, the term Internet of Things is used to denote advanced connectivity of devices, systems and services that goes beyond the traditional machine-to-machine (M2M) and covers a variety of protocols, domains and applications."

From my understanding, is that more and more light weight, hand carry device or smart appliance are produce and manufactured. All these device works great on it's own, such as mobile phone,  TVs, GPS or even sphygmomanometers. But they work even better with the internet, by transmitting their live data, we were able to get better and quicker response and reaction. But the number of device out there is much greater then the current machines we are used to today. How do we cope with the vast amount of data floating in and make sure the data was delivered reliably?

The nature of messaging technology that allows information to deliver safely and reliably to the endpoint, has made it become the perfect medium to be the front line of IoT.

Under different circumstance, different ways and format to transmit information are used. So we can achieve better and more efficient performances.

STOMP (Streaming Text Oriented Messaging Protocol)
=========================================
Purely text base protocol. And since it's in text format, almost every broker supports it. But being the whole text format,I wouldn't count on it's performance.


MQTT (MQ Telemetry Transport)
=========================================
The most "light weight " Protoco out of all there. It is design for remote client with limited bandwidth to  deliver messages. MQTT has small code footprint. It's goal is simply deliver messages to the broker, the broker is then responsible to pass on the messages to other endpoints.

AMQP (Advanced Message Queuing Protocol)
=========================================
Open standard application layer protocol, It mandates the behavior of the messaging provider and client to the extent that implementations from different vendors are truly interoperable. WIth A-MQ, you can always use this protocol by using JMS API with Apache QPid Project.

This demo showcase how the sensor transmit Body vital sign by sending signals via AMQP to A-MQ queue. And the information is catch by the consumer in the Dashboard (again with AMQP) then display the data on the web dashboard.


https://github.com/weimeilin79/amqp-demo-web-biomedical

This video shows you how to install and run the demo:


Biomedical Dashboard demo from christina on Vimeo.

Comments

Irl Balcueva said…
This comment has been removed by the author.
Irl Balcueva said…
oday is the year of internet of things, this is the most commonly used today, everything from smartphone, cars, home. 2015 is a year of connected devices, home automation, connected cars. the big question for this right now is the security issues. Since cyber crime is always around the corner. Thank you for this very interesting info of yours. Hope you have time reading our blog.

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這個題目很多人叫我寫,可是這題目好大,這分明就是整死我咩~
所以我會分幾段慢慢寫。

JBoss 的 SubsystemDatasource WebWeb Service EJB Hibernate JMSJCAJVM 調校OS (作業系統)

先來看一下 DataSource Subsystem, DataSource 的部分主要是針對Connection Pool 做調校。

通常,程式都會需要跟資料庫界接,電腦在本機,尤其是在記憶體的運算很快,但是一旦要外部的資源連接,就是會非常的耗資源。所以現在的應用程式伺服器都會有個Pool 放一些先連接好的 資料庫connection,當程式有需要的時候就可以馬上提供,而不用花那些多餘的資源去連接資料庫。

這就是為什麼要針對Connection Pool 去做調校。

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min-pool-size 

Connection Pool 最少會存留的connection 數量

max-pool-size 

Connection Pool 最多可以開啓的 connection 數量

prefill

事先將connection pool 裡面建立好min-pool-size 的connection.

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