Akinci & Aksungur and Turkish Unmanned Fighter Aircraft Program

[FutureMe]

Why TAİ so silence during the last 6 month and there is no picturez news about anka tp =(

They better be cooking something.

 

[Trick2UAV]

Source: defenseworld dot net

"Curtiss-Wright has won a contract from Sierra Nevada (SNC) to supply its small form factor rugged commercial-off-the-shelf (COTS) Tactical Mission Computer technology for use in the Turkish Aerospace Industries (TAI) ANKA Medium-Altitude Long Endurance (MALE) Unmanned Air System (UAS).

Under the agreement, Curtiss-Wright provides SNC with its Parvus DuraCOR(r) small form factor mission computer, which provides processing capabilities for the ANKA aircraft's Automatic Take Off and Landing System (ATOLS), the company announced Monday.

The ANKA is a MALE UAS used by the Turkish Armed Forces for tactical surveillance, reconnaissance and combat missions."

 

[FutureMe]

Source: defenseworld dot net

"Curtiss-Wright has won a contract from Sierra Nevada (SNC) to supply its small form factor rugged commercial-off-the-shelf (COTS) Tactical Mission Computer technology for use in the Turkish Aerospace Industries (TAI) ANKA Medium-Altitude Long Endurance (MALE) Unmanned Air System (UAS).

Under the agreement, Curtiss-Wright provides SNC with its Parvus DuraCOR(r) small form factor mission computer, which provides processing capabilities for the ANKA aircraft's Automatic Take Off and Landing System (ATOLS), the company announced Monday.

The ANKA is a MALE UAS used by the Turkish Armed Forces for tactical surveillance, reconnaissance and combat missions."

This sounds shameful to me.

Just go to Baykar Makina, they will come up with something better.

 

[-------]

Source: defenseworld dot net

"Curtiss-Wright has won a contract from Sierra Nevada (SNC) to supply its small form factor rugged commercial-off-the-shelf (COTS) Tactical Mission Computer technology for use in the Turkish Aerospace Industries (TAI) ANKA Medium-Altitude Long Endurance (MALE) Unmanned Air System (UAS).

Under the agreement, Curtiss-Wright provides SNC with its Parvus DuraCOR(r) small form factor mission computer, which provides processing capabilities for the ANKA aircraft's Automatic Take Off and Landing System (ATOLS), the company announced Monday.

The ANKA is a MALE UAS used by the Turkish Armed Forces for tactical surveillance, reconnaissance and combat missions."

Is that website reliable ? can't find any other sources for the claim. AFAIK Turkey has developed it's own solution, first three Anka prototypes did use COTS devices to speed up development time.. (perhaps regurgitated article from years ago..)

@cabatli_53

 

[Trick2UAV]

Is that website reliable ? can't find any other sources for the claim. AFAIK Turkey has developed it's own solution, first three Anka prototypes did use COTS devices to speed up development time.. (perhaps regurgitated article from years ago..)
@cabatli_53

Here is the Press Release of the company:
Curtiss-Wright Awarded Contract by Sierra Nevada Corporation


You can find Information about that "Parvus DuraCOR 820" here:
Small Form Factor Tactical Mission Computer | Parvus DuraCOR 820

Anka is like a never ending project for me......

 

[-------]

Here is the Press Release of the company:
Curtiss-Wright Awarded Contract by Sierra Nevada Corporation


You can find Information about that "Parvus DuraCOR 820" here:
Small Form Factor Tactical Mission Computer | Parvus DuraCOR 820

Anka is like a never ending project for me......

Ah okay. I overlooked the fact it's used in Automatic Take Off and Landing System..

 

[BordoEnes]

Here is the Press Release of the company:
Curtiss-Wright Awarded Contract by Sierra Nevada Corporation


You can find Information about that "Parvus DuraCOR 820" here:
Small Form Factor Tactical Mission Computer | Parvus DuraCOR 820

Anka is like a never ending project for me......

What the actuall fvck is this? Is it really THAT hard to develop a domestic mission computer by Aselsan or TAI? They are our biggest defence companies. For god sake even Baykar Makina has developed a domestic mission computer for its Bayraktar Caldiran UAV...

 

[Hurshid Celebi]

Thats a very intersting question, some People say that miniaturized Arm CPUs are much more capable as claasical CPUs. I am not expert in this field, but they also Claim that they will be Multitasking capable and will have better Benchmarks then x86 cpus

 

[Hurshid Celebi]

Air refuelling for UAVs. Dr. Ali Haydar Gökdogan

IAC Archive — IAC-11/E1/1/7

 

[Timur]

Depends on the situation normally arm CPU are far behind x86 but a specializied arm CPU with additional instructions set can outperform a x86 without optimized instructions set

But I am for arm CPUs because better have a license and build a own domestic CPU with special parts (instructions set) for processing images, encryption, optimized strong fpu and so on this could also be used for own government pc and a light version for government mobile phones

Else we will have a Intel CPU with kill switch
Very good for flying stones

Intel working on RFID-based 'kill switch' for laptops | ZDNet

Depends on the situation normally arm CPU are far behind x86 but a specializied arm CPU with additional instructions set can outperform a x86 without optimized instructions set

But I am for arm CPUs because better have a license and build a own domestic CPU with special parts (instructions set) for processing images, encryption, optimized strong fpu and so on this could also be used for own government pc and a light version for government mobile phones

Else we will have a Intel CPU with kill switch
Very good for flying stones

Intel working on RFID-based 'kill switch' for laptops | ZDNet

 

[FutureMe]

Depends on the situation normally arm CPU are far behind x86 but a specializied arm CPU with additional instructions set can outperform a x86 without optimized instructions set

But I am for arm CPUs because better have a license and build a own domestic CPU with special parts (instructions set) for processing images, encryption, optimized strong fpu and so on this could also be used for own government pc and a light version for government mobile phones

Else we will have a Intel CPU with kill switch
Very good for flying stones

Intel working on RFID-based 'kill switch' for laptops | ZDNet

Depends on the situation normally arm CPU are far behind x86 but a specializied arm CPU with additional instructions set can outperform a x86 without optimized instructions set

But I am for arm CPUs because better have a license and build a own domestic CPU with special parts (instructions set) for processing images, encryption, optimized strong fpu and so on this could also be used for own government pc and a light version for government mobile phones

Else we will have a Intel CPU with kill switch
Very good for flying stones

Intel working on RFID-based 'kill switch' for laptops | ZDNet

CPU foundries are slated to open in Turkey very soon so our engineers should stop wasting time and start designing whatever general purpose or specialised chips that can be produced in those foundries. Be them low density first doesn't matter. They can employ multicore technologies to increase power or we can put many of them togather and build home made supercomputers. Obama govt accepted a plan to finance the building of a supercomputer 30 times more powerfull then other computers just the other day. So it is important.

It is satisfactory even if we can get the computing power of a decade ago. That means we can move on from there and be on the safe side. And no one can threaten us with sending us back to mediavel ages by denying us technology.

 

[Hurshid Celebi]

Depends on the situation normally arm CPU are far behind x86 but a specializied arm CPU with additional instructions set can outperform a x86 without optimized instructions set

But I am for arm CPUs because better have a license and build a own domestic CPU with special parts (instructions set) for processing images, encryption, optimized strong fpu and so on this could also be used for own government pc and a light version for government mobile phones

Else we will have a Intel CPU with kill switch
Very good for flying stones

Intel working on RFID-based 'kill switch' for laptops | ZDNet

Depends on the situation normally arm CPU are far behind x86 but a specializied arm CPU with additional instructions set can outperform a x86 without optimized instructions set

But I am for arm CPUs because better have a license and build a own domestic CPU with special parts (instructions set) for processing images, encryption, optimized strong fpu and so on this could also be used for own government pc and a light version for government mobile phones

Else we will have a Intel CPU with kill switch
Very good for flying stones

Intel working on RFID-based 'kill switch' for laptops | ZDNet

RISC - CISC - Quote MIL early standart:

MIL-STD-1750A or 1750A is the formal definition of a 16-bit computer instruction set architecture (ISA), including both required and optional components, as described by the military standard document MIL-STD-1750A (1980).
In addition to the core ISA, the definition defines optional instructions, such as a FPU and MMU. Importantly, the standard does not define the implementation details of a 1750A processor

 

[BordoEnes]

Ah okay. I overlooked the fact it's used in Automatic Take Off and Landing System..

Mate i am quite ignorant regarding the subject. So will Anka use a domestic mission computer combined with CW mission computer(only for Automatic Take Off and Landing System) or will it completly use the foreign mission computer.

 

[ANMDT]

i am for GPUs more than CPUs , we are going toward automated systems with a possible complex AI system. A conventional CPU will be out-powered for decision making,a GPU can be modeled as complex on VRAMs . So i expect to see someone about U(C)AVs will consider to use GPUs in future in Turkey.

Also the top super computers are using GPUs as cluster processing, while CPUs are used in nodes to distribute data and arrange/write back from GPUs. I have operated a normal CPU supercomputer for some needs , and once operated a single GPU . Performance is unbelievable but it is about preparing code to work on VRAM.

A supercomputer is a need but it is needed when you have some projects. Now we have a supercomputer and thats enough

 

[Hurshid Celebi]

That's best summary.