With Quick Setup, a capability of AWS Systems Manager, you can quickly create a configuration recorder powered by AWS Config. Use the configuration recorder to detect changes in your resource configurations and capture the changes as configuration items. If you're unfamiliar with AWS Config, we recommend learning more about the service by reviewing the content in the AWS Config Developer Guide before creating a configuration with Quick Setup. For more information about AWS Config, see What is AWS Config? in the AWS Config Developer Guide.
By default, the configuration recorder records all supported resources in the AWS Region where AWS Config is running. You can customize the configuration so that only the resource types you specify are recorded. For more information, see Selecting which resources AWS Config records in the AWS Config Developer Guide.
If you've already created a configuration recorder, Quick Setup doesn't stop recording or make any changes to resource types that you're already recording. If you choose to record additional resource types using Quick Setup, the service appends them to your existing recorder groups. Deleting the Quick Setup Config recording configuration type doesn't stop the configuration recorder. Changes continue to be recorded, and service usage fees apply until you stop the configuration recorder. To learn more about managing the configuration recorder, see Managing the Configuration Recorder in the AWS Config Developer Guide.
By 1960, the Australian government mandated that all commercial airliners be equipped with cockpit voice recorders (CVRs) and flight data recorders, and soon the United States and most industrialized nations around the world followed suit.
In the half-century since data and voice recorders have been required, equipment on all scheduled airlines flights, the devices have evolved to measure not just the early 1960s parameters of airspeed, altitude, heading and attitude (whether the nose of the airplane is pointed up or down, or the wings are level or banked), but thousands of other parameters which can help pinpoint why an accident happened. Beyond the post-accident investigatory importance of this information, the recorded data from normal, day-to-day flights is proving increasingly useful to aircraft owners and operators who periodically download it for computer analysis which can reveal maintenance concerns in their earliest stages of development, or can help determine more cost-effective ways in which the aircraft can be operated.
Our screen recorder works directly from your internet browser without the need for any software, browser extension, or app. When you're done recording, save your file or export it directly to YouTube, Google Drive, and more. Still no app needed!
The most basic screen recording is just a quick video capture of a desktop screen, often paired with microphone audio and webcam footage. With WeVideo's free online screen recorder, you can stick to the basics or take it up a notch with motion titles, transitions, music, and more. Totally up to you! Take our recorder for a free spin to see for yourself.
The only time limit on screen and camera recording is whatever your WeVideo plan allows. Users on our online video recorder's free plan can record as much as they want, but they'll be limited to 5 minutes of published video time.
Schools have similar uses for a screen recorder, sending feedback to students, keeping in touch with parents, communicating with fellow teachers, participating in professional development workshops, and more.
Past Recorder also says it has your security in mind as it locks up the microphone services, though this is of course an inevitable side effect of that fact that it's using your mic. Obviously, this causes a few problems - for example, your sound recorder app won't work so if you're in the habit of recording classes or interviews, you need to turn Past Recorder off. The app will also prevent voice activated features such as "Okay Google" from working.
To do this, I added a field to the table which indicates if a record has been locked by a user. When they open a form, it sets their name in the field and other users who try to open that record get a notification that it's already locked. The problem is, this "lock" isn't instantaneous. It takes a few seconds for other users to "detect" that the record is locked, so if two people try to open the same record at roughly the same time, it will allow them both to open it. I've applied a transaction to the UPDATE statement that sets the lock, but it still leaves a short window wherein the lock doesn't "take" and two people can open the same record.
First issue: My custom locks weren't instantaneous. Even though I was using a transaction, there were several seconds after a lock was placed where users could still access the same record at the same time. I was using CurrentDb.Execute to UPDATE the record and Workspaces(0).BeginTrans for the transaction. For some reason (despite Microsoft's assurances to the contrary from here: -us/library/office/ff197654.aspx) the issue was that the transaction wasn't working when using the Workspaces object. When I switched to DBEngine.BeginTrans, the lock was instantaneous and solved my immediate problem.
Third issue: My problem is that my forms are not just simple bound forms to a single table. They open a single record (not allowing the user to navigate) and provide several functions which allow the user make modifications which affect other records in other tables that are related to the record they're editing (through comboboxes and pop-up forms and what not). As a result, I can't allow two people to open the same record at the same time as it leaves way too many opportunities for users to walk over each others' changes. So even if I remove the OpenDatabase performance trick, I'd still have to force the Form to be Dirty as soon as they open it so the record locks immediately and no one else can open it. I don't know if this would be as instantaneous as my custom locking and haven't yet tested that aspect.
In any event, I need a record to be locked the instant a user opens it and for now I've decided to keep using my custom locking (with the fix for the transaction). If something else comes to light that makes that less than ideal, I can try removing the OpenDatabase trick and switching to Access's built-in locking and force an immediate lock on every record when it is opened.
Graphic recording is the real-time translation of conversations or presentations into text and pictures. It gives meeting and conference attendees an opportunity to absorb content on a visual level. Graphic recorders do three things simultaneously: they listen for key ideas, synthesize them, and document them in visual form.
Graphic recording is much more than a pretty picture. While drawing skill, composition and visual fluency are required, graphic recorders and graphic facilitators are not simply artists in meetings. Graphic recording is a profession and an advanced skill.
Currently, there is no institution that offers formal education or certification to become a graphic recorder or graphic facilitator. This leaves prospective clients with little formal guidance when evaluating the experience and expertise of the practitioner. Graphic recording rates vary from practitioner to practitioner, and also may depend on event type or location. However, there are a few things to look out for when choosing your graphic recorder to ensure the best experience and result.
An experienced graphic recorder is an excellent multitasker, fluid thinker, high level synthesizer and visual problem solver. A seasoned graphic recorder possesses knowledge of multiple industries, business environments, cultures and behavioral and organizational psychologies, and design thinking.
You may have seen artists show little progress movies of their work. This is called a time lapse! Normally a time lapse is recorded using outside software, like OBS, and then sped up around 16 times, and they are used to convey the whole amount of effort that went into an image. The recorder docker simplifies making a time lapse, by taking a snapshot every stroke and then letting you render it to a video file with ffmpeg. Because this docker relies on FFMpeg, it cannot be used on Android.
The minimum capture interval. The recorder docker takes a picture when the image changes, but will wait for this capture interval to pass before making a new snap shot. This means quick strokes will not each require a new snapshot. Increase this if you want less snapshots to be recorded during a painting session, or if you are experiencing slowdowns.
Time reversal arrays are becoming common tools whether for detection or tomography. These applications require the measurement of the response from the array to one or several receivers. The most natural way to record the impulse responses for several sources is to generate pulses successively from each emitting point and record simultaneously the signals from the receivers. However, this method is very time consuming or inefficient in terms of signal-to-noise ratio. To overcome this limitation quasi-orthogonal pseudonoise signals like Kasami sequences can be used. For guided wave propagation, a very high degree of orthogonality between the signal is necessary to allow an accurate measure of the whole multipath structure of the transfer function. Hence, in this work, we propose a new family of pseudo-orthogonal signals that is adapted to the environment and more specifically, to highly dispersive media. These adaptive instant records signals are used experimentally to detect targets using the time reversal operator decomposition method. The accuracy of the 15 x 15 transfer functions acquired simultaneously, and therefore the detection capability, are demonstrated in an experimental ultrasonic waveguide as a small-scale model of shallow water propagation including bottom absorption and reverberation.
aa06259810