My fault. I checked in Android Studio where I had the log leve filter set to "Info". The chatty message is "info" level, my log messages were "verbose" level. Actually I am getting both, my app log messages and the chatty messages...Make sure to test without Android Studio using logcat: adb logcat and see if you see your log message. If that works, something is selected wrong in Android Studio like it was for me and by me.
But some of the seniors using ElliQ say they sometimes need to remember the robot isn't a living being. They find the device easy to set up and use, but if they have one complaint it's that ElliQ is sometimes too chatty. There are settings that can tone that down.
I flagged three comments made by the same user at different times, and all three flags got declined (here is a link to the most recent one; the original comment had an all-caps expletive, but it got edited out within five minutes). It is quite clear to me that the comment sequence from that user, starting with his ridiculous allegation of plagiarism, and ending in a disgruntled rant and allegations of chain voting, is not overly constructive *. However, since my three flags have been declined, I am starting to suspect that these comments do not meet the definition of "too chatty". I looked for a precise definition in the FAQs, but I did not spot one.
A chatty protocol is an application or routing protocol requiring a client or server to wait for an acknowledgment before transmitting data again. Multiple communication touchpoints that show network or server availability are all part of the chatty protocol.
Distance vector protocols are "chatty" because multiple parties on the system communicate to initiate and accommodate data transfers. For example, network devices and servers constantly announce their network availability, adding to network overhead. And when a network device or server waits for an acknowledgment before sending out the next packet, this is chatty and adds to network overhead.
A Common Internet File System (CIFS) is a chatty protocol used for accessing files on a corporate network. It is essentially a public version of the Server Message Block (SMB) file-sharing protocol. CIFS is popular because it enables seamless collaboration and document sharing on corporate networks.
To compensate for the latency caused by a chatty protocol, the WAN administrator must minimize the number of trips the protocol makes across the network. This is typically done by optimizing WAN accelerator chatty protocols. In this case, a network appliance will cache common transmission patterns so they can be referenced instead of having to transmit data.
Users can download chatty applications quickly because the UI web form or SaaS applications are broken down into chunks of small bits. This approach helps application developers enhance the user experience and mitigate the risk of app abandonment.
We have chosen five of the United Nation's Sustainable Development Goals as our areas of focus. Our chatty bus initiative shows our commitment to Goal 11 (Sustainable Cities and Communities) and Goal 3 (Good Health and Well-being). We aim to tackle loneliness through buses, which connect people across towns and cities.
Additionally, flows from chatty apps are sensitive to RTT (Round Trip Time), i.e. the latency amount for the packet to be sent and receive an acknowledgement back. So if the WAN networks are not optimized for latency, the end-user experience will suffer.
Depending on the size of the user base and the application, even one very chatty application is capable of significantly impacting a WAN. By failing to understand just how chatty these applications can get, network administrators can get into a lot of trouble by deploying these applications without understanding what they are and how they work.
There are various techniques that modern SD-WAN routers implement for certain applications, such as active latency and jitter management. This allows for the network to intelligently direct chatty applications flow around network latency bottlenecks therefore optimizing end-user experience. Header compression techniques are also possible whereby smaller packets are grouped together before being sent over the wire therefore reducing some of the inefficiency native to chatty applications.
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