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ISO LTSQ-Arch-Space Linux (kde) Coming soon.

LTSQ-Space kde = LTSQ-Arch-Space test for heavy graphics use, on a xfs ssd hdd format. Plasma X11 - Waland swap space 8gb with 2 swap files operating @ 100 and another file @ 60.

ISO Kde

LTSQ-File format is a format that partitions under percentages to the volume of the ssd to always have the correct partition format segmented to the correct size to match the file system & its required operation. All file formats are included in the formatting of the ssd for a smooth file communication system.

Development and optimization of embedded software for various space hardware components to ensure reliability and performance. The inclusion of multi format volume percentages, brings the opportunity for embedded code to be placed into the system during its operation, the swap space allows the embed code during its use to be able to change the embed at will & put back when needed, this frees up space in memory and ssd space keeping the system operational, the only thing that is unchanging is the format file system percentages in volume size.

The speeding up of the btrfs in swap processes helps the xfs perform to its ability of large file system operations while relying on the btrfs files system to generate incoming large data streams, swap at this time is used to help create the large file data to be dropped into the xfs file system, as xfs cannot use swap by itself.

Advanced analytics solutions for processing and interpreting real-time data streams from space missions.

Constant interaction of data in & out of system operations with proses mathematical routines to help improve the running of the system can be implemented at will, the system runs on percent needed & offers the required need to all data, but only as its needed, if more data and function is required to satisfy incoming unexpected then it can be incorporated & processed to be analysed, to do this it starts a run in Swap space operations in percentage need to the system. In general swap space is the main partition for operations. Varying sizes of swap can be strategic placed into the partition for the system to choose the relevant size. I fined that all sizes are used in different percentage with an overall single output of a swap space. If a swap space is placed in between a xfs & a btrfs communications the xfs & btrfs is smoothed out as btrfs uses swap & xfs as needed.

LTSQ designed framework support - xfs partition table - swap partition to match available memory - 2 swap files @ 2gb one set to 100 another set to 60 & implemented for performance. A new development of Cog Kernel support as a 3 kernel OS development.

Partition Table is (btrfs Helm)-(xfs with swap Raven)

The swap in ravens partition that is xfs for ravens files has a partition separated as swap to help in communications to btrfs helm. Orca has xfs main partition with a btrfs & swap dedicated partition to be able to work with Raven & Helm. Orca & Raven are xfs.

Main Kernel OS Helm Environment runs on btrfs.

Raven Kernel (Cog) Main running of engineering operates on xfs & btrfs with swap.

Orca Kernel (Cog) Communications & Sensor.

This will bring development to the tri Kernels with out affecting the main system.

LTSQ-Arch-Space Raven - Linux KDE

xfs high-performance, 64-bit journalling partition file system as its partition table for large file management. suitable for satellite data scans.

LTSQ`s Raven Engine

An extra Kernel with caricature traits as an addition to the Kernel. Tailored Linux kernel development to meet the unique requirements of space-grade hardware and applications. Based on an engineering cog system see diagram for Supportive engineered coding.

Tired support for VR three dimensional environments. So a cog kernel is designed to be dedicated application specific environment support.

Raven & Orca is a Cog system with stable OS environment Leaving helm to mange the rest of the ship.

high-performance, 64-bit journaling file system LTSQ-Arch-Space Linux creates the environment for navigation systems whether it be the solar-system or an OS 3d environment, its all down to Orca Communications.

Sonar with vr & data feed with visualization target tracking.