Setup

5.4.2. Schedule Setup

Unless you select an alternative recording mode, the DVR system records in Schedule Recording mode as default. In SCHEDULE REC SETUP, you can set the type of recording for every time interval of 2 hours in each day. Schedule Recording as set by the manufacturer is recording continuously at its full recording speed, this means the DVR system records continuously at 100 ips at 720x240 resolution.

To change Schedule Recording parameters, enter the SYSTEM MENU-RECORD SETUP-SCHEDULE SETUP and Press the [ENTER] button.

1. Schedule Setup

Set recording type for each recording time interval for each day of the week (2 hours interval).

Use the [MODE] button to select the record mode type (A /M /C) and move to the time interval of a day of the week you want to change. Press the [ENTER] button to confirm and use the [+] or [-] buttons, to change the record type. To move to the next page and continue editing, use the [NEXT] button.

MODE (Edit type)

CELL BY CELL: Set each time interval of a day of the week

DAY OF THE WEEK: Set a day of the week at once

TIME SLOT: Set a time slot at once

ALL: Set page by page at once

CLEAR ALL: Clear page by page

Unless user press [REC] button to record at full resolution and in SUPER FINE picture quality, the DVR system records in SCHEDULE Record mode by default.

DEFAULT record mode for each time interval of a day of the week set by the manufacturer is C (CONTINUOUS) recording.

Record type:

 

After power on:

Schedule record

Exit from menu:

Schedule record

End of search or playback:

Schedule record

After pressing [STOP] button:

Schedule record

After pressing [REC] button:

Emergency record (Continuous recording in full performance) (60 (50) ips at

 

720x240 (720x288))

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Stinger JPEG 2000 user manual Schedule Setup, Record type
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JPEG 2000 specifications

Stinger JPEG 2000 is a powerful image compression technology that offers advanced solutions for high-quality image storage and transmission. Utilizing the principles of wavelet transformation, JPEG 2000 provides significant benefits over the traditional JPEG format, particularly in terms of image quality, compression efficiency, and flexibility.

One of the main features of Stinger JPEG 2000 is its support for lossless and lossy compression modes. This versatility allows users to select the appropriate mode based on their image quality requirements and storage capacities. Lossless compression ensures that no image data is lost during the compression process, making it ideal for applications that require exact reproductions, such as medical imaging and archiving. On the other hand, lossy compression significantly reduces file sizes while maintaining a perceptible level of quality, making it suitable for web images and streaming.

Another notable characteristic of Stinger JPEG 2000 is its ability to handle high-resolution images efficiently. The wavelet-based encoding method enables the preservation of fine details, ensuring that even images with intricate designs remain sharp and clear after compression. This is particularly important in fields like digital cinema, where the highest quality is paramount.

Stinger JPEG 2000 also supports progressive decoding, meaning images can be transmitted and rendered in layers. This feature allows users to view a low-resolution version of an image quickly while the higher-resolution data is still being received. This is especially beneficial for web applications where loading times are critical.

Additionally, Stinger JPEG 2000 includes robust error resilience capabilities. The technology can recover more gracefully from data corruption, making it an excellent choice for streaming applications where data loss can occur. The format's capability to store additional metadata also enhances its functionality, enabling the inclusion of information such as color profiles, image creation data, and other pertinent details that help manage and organize image files.

In summary, Stinger JPEG 2000 revolutionizes the way images are compressed, offering advanced features such as lossless and lossy options, efficient handling of high-resolution images, progressive decoding, and enhanced error resilience. These characteristics make it a preferred choice for professional applications where image quality and reliability are critical, paving the way for a broader adoption in various industries, including media, healthcare, and digital archiving.
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