CIFF CODEC FOR THE IMPROVED BATTLESPACE INFORMATION DISSEMINATION USING ALREADY DEPLOYED ASSETS...

CIFF CODECFOR THE IMPROVED

BATTLESPACE INFORMATION DISSEMINATION USING

ALREADY DEPLOYED ASSETS

ENABLING TECHNOLOGY FOR NETWORK CENTRIC WARFARE

CIFF CODECFOR THE IMPROVED

BATTLESPACE INFORMATION DISSEMINATION USING

ALREADY DEPLOYED ASSETS

ENABLING TECHNOLOGY FOR NETWORK CENTRIC WARFARE

CIFF TECHNOLOGY CORPORATIONCIFF TECHNOLOGY CORPORATION

CIFF CODEC MAJOR FEATURESCIFF CODEC MAJOR FEATURES

• UNIFIED LOSSY AND LOSSLESS• STILL IMAGE AND VIDEO I-FRAME• SYMMETRICAL ENCODING/DECODING• ULTRA LOW CODEC LATENCY• ALL 3 VIDEO SCALABILITIES• HIGHEST ERROR RESILIENCE• INTEGER ARITHMETIC• WITHOUT MULTIPLICATION & DIVISION• 4:4:4, 4:2:2, 4:2:0, 4:1:1 YUV FORMAT

• UNIFIED LOSSY AND LOSSLESS• STILL IMAGE AND VIDEO I-FRAME• SYMMETRICAL ENCODING/DECODING• ULTRA LOW CODEC LATENCY• ALL 3 VIDEO SCALABILITIES• HIGHEST ERROR RESILIENCE• INTEGER ARITHMETIC• WITHOUT MULTIPLICATION & DIVISION• 4:4:4, 4:2:2, 4:2:0, 4:1:1 YUV FORMAT

CIFF CONTAINER BENEFITSCIFF CONTAINER BENEFITS

• FUTURE PROOF CONTAINER FORMAT

• ANY VIDEO CODEC AS PLUG-IN

• ANY AUDIO CODEC AS PLUG-IN

• ANY METADATA CODEC AS PLUG-IN

• ANY CONTROL CODEC AS PLUG-IN

• ANY ENCRYPTION AS PLUG-IN

• ANY ERROR CORRECTION AS PLUG-IN

• ANY PACKETIZATION AS PLUG-IN

• MULTIPLE STREAMS SYNCHRONIZED

• FUTURE PROOF CONTAINER FORMAT

• ANY VIDEO CODEC AS PLUG-IN

• ANY AUDIO CODEC AS PLUG-IN

• ANY METADATA CODEC AS PLUG-IN

• ANY CONTROL CODEC AS PLUG-IN

• ANY ENCRYPTION AS PLUG-IN

• ANY ERROR CORRECTION AS PLUG-IN

• ANY PACKETIZATION AS PLUG-IN

• MULTIPLE STREAMS SYNCHRONIZED

INTEROPERABILITYINTEROPERABILITY

• DIRECTX COMPATIBLE (400KB DLL)

• LEGACY SOFTWARE COMPATIBLE

• LEGACY HARDWARE COMPATIBLE

• CIFF PLAYER AVAILABLE

• WINDOWS MEDIA PLAYER READY

• ADOBE SOFTWARE READY

• MISB STANDARDIZATION READY

• KLV METADATA AS PLUG-IN

• NITF 2.1 METADATA AS PLUG-IN

• DIRECTX COMPATIBLE (400KB DLL)

• LEGACY SOFTWARE COMPATIBLE

• LEGACY HARDWARE COMPATIBLE

• CIFF PLAYER AVAILABLE

• WINDOWS MEDIA PLAYER READY

• ADOBE SOFTWARE READY

• MISB STANDARDIZATION READY

• KLV METADATA AS PLUG-IN

• NITF 2.1 METADATA AS PLUG-IN

HIGHEST RESOLUTIONSHIGHEST RESOLUTIONS

HIGH RESOLUTION BENEFITSHIGH RESOLUTION BENEFITS

• FUTURE PROOF - AVAILABLE TODAY

• BETTER SITUATION AWARENESS

• MORE RELIABLE MACHINE ANALYSIS

• SIMPLER DECISION MAKING

• ACCURATE TARGETING

• IED ACTIVITIES SPOTTING

• COLLATERAL DAMAGE MINIMIZATION

• BETTER EVIDENCE IN DISPUTED CASE

• DECREASE POLITICAL BURDEN

• FUTURE PROOF - AVAILABLE TODAY

• BETTER SITUATION AWARENESS

• MORE RELIABLE MACHINE ANALYSIS

• SIMPLER DECISION MAKING

• ACCURATE TARGETING

• IED ACTIVITIES SPOTTING

• COLLATERAL DAMAGE MINIMIZATION

• BETTER EVIDENCE IN DISPUTED CASE

• DECREASE POLITICAL BURDEN

ULTRALOW LATENCY BENEFITSULTRALOW LATENCY BENEFITS

• MILLISECONDS LATENCY

• FASTER INFORMATION DELIVERY

• FASTER DECISION MAKING

• FASTER TIME-SENSITIVE TARGETING

• FASTER C4ISR

• FASTER UAS OPERATOR RESPONSE

• ENABLING AIR-REFUELING OF UAV

• EO, IR & HYPERSPECTRAL SYNC

• SAVING LIVES

• MILLISECONDS LATENCY

• FASTER INFORMATION DELIVERY

• FASTER DECISION MAKING

• FASTER TIME-SENSITIVE TARGETING

• FASTER C4ISR

• FASTER UAS OPERATOR RESPONSE

• ENABLING AIR-REFUELING OF UAV

• EO, IR & HYPERSPECTRAL SYNC

• SAVING LIVES

BEST QUALITYBEST QUALITY

CIFF VERSUS I-FRAME“WEDDING” 1920x1080 25fps 4:2:0

CIFF VERSUS I-FRAME“WEDDING” 1920x1080 25fps 4:2:0

AVERAGE PSNR [dB]AVERAGE PSNR [dB]

35

36

37

38

39

40

41

42

43

44

45

0 0.01 0.02 0.03 0.041 / CR

PS

NR

[dB

]

MJP2K H264I CIFF- CIFF

CIFF-=CIFF WITH REDUCED LEVEL OF DETAILS. CR=COMPRESSION RATIO

CIFF VERSUS INTERFRAME (IPB)“WEDDING” 1920x1080 25fps 4:2:0

CIFF VERSUS INTERFRAME (IPB)“WEDDING” 1920x1080 25fps 4:2:0

AVERAGE PSNR [dB]AVERAGE PSNR [dB]

CIFF-=CIFF WITH REDUCED LEVEL OF DETAILS. CR=COMPRESSION RATIO

32

34

36

38

40

42

44

46

0 0.01 0.02 0.03 0.041 / CR

PS

NR

[dB

]

MPEG2 H264IPB CIFF- CIFF

FASTEST SPEEDFASTEST SPEED

“WEDDING” 1920x1080 25fps 4:2:0“WEDDING” 1920x1080 25fps 4:2:0ENCODER SPEED [fps] DECODER SPEED [fps]ENCODER SPEED [fps] DECODER SPEED [fps]

CIFF-=CIFF WITH REDUCED LEVEL OF DETAILS. CR=COMPRESSION RATIO

0

20

40

60

80

100

120

140

160

180

0 0.01 0.02 0.03 0.041 / CR

EN

CO

DIN

G S

PE

ED

[fp

s]

MJP2K H264I CIFF- CIFF

0

20

40

60

80

100

120

140

160

180

200

0 0.01 0.02 0.03 0.041 / CR

DE

CO

DIN

G S

PE

ED

[fp

s]

MJP2K H264I CIFF- CIFF

“WEDDING” 1920x1080 25fps 4:2:0“WEDDING” 1920x1080 25fps 4:2:0ENCODER SPEED [fps] DECODER SPEED [fps]ENCODER SPEED [fps] DECODER SPEED [fps]

CIFF-=CIFF WITH REDUCED LEVEL OF DETAILS. CR=COMPRESSION RATIO

0

20

40

60

80

100

120

140

160

180

0 0.01 0.02 0.03 0.041 / CR

EN

CO

DIN

G S

PE

ED

[fp

s]

MPEG2 H264IPB CIFF- CIFF

0

20

40

60

80

100

120

140

160

180

200

0 0.01 0.02 0.03 0.041 / CR

DE

CO

DIN

G S

PE

ED

[fp

s]

MPEG2 H264IPB CIFF- CIFF

INSTRUCTIONS PER PIXELENCODING COLOR DECODING

INSTRUCTIONS PER PIXELENCODING COLOR DECODING

142 166298 327 195

6522

2173

636

CIFF- CIFF JPEG JPEG2000 CIFF- CIFF JPEG JPEG2000

INSTRUCTIONS PER PIXELENCODING GRAYSCALE DECODING

INSTRUCTIONS PER PIXELENCODING GRAYSCALE DECODING

73 89170 175 89

2195

498

4109

CIFF- CIFF JPEG JPEG2000 CIFF- CIFF JPEG JPEG2000

LOWEST MEMORY SIZELOWEST MEMORY SIZE

ENCODING MEMORY BUFFERENCODING MEMORY BUFFER

• SMALLEST ENCODING MEM BUFFER

• 22..1427 TIMES < JPEG

• 165..8992* TIMES<JPEG2000 w/o TILE

• 56..868 TIMES < JPEG2000 w 128x128

• 45..851 TIMES < JPEG2000 w 32x32

JPEG2000 = JP2K IN THE TABLES

* = LACK OF MEMORY IN 1GB PC

• SMALLEST ENCODING MEM BUFFER

• 22..1427 TIMES < JPEG

• 165..8992* TIMES<JPEG2000 w/o TILE

• 56..868 TIMES < JPEG2000 w 128x128

• 45..851 TIMES < JPEG2000 w 32x32

JPEG2000 = JP2K IN THE TABLES

* = LACK OF MEMORY IN 1GB PC

DECODING MEMORY BUFFERDECODING MEMORY BUFFER

• SMALLEST DECODING MEM BUFFER

• 19..857 TIMES < JPEG

• 116..8129* TIMES<JPEG2000 w/o TILE

• 42..866 TIMES < JPEG2000 w 128x128

• 31..906 TIMES < JPEG2000 w 32x32

JPEG2000 = JP2K IN THE TABLES

* = LACK OF MEMORY IN 1GB PC

• SMALLEST DECODING MEM BUFFER

• 19..857 TIMES < JPEG

• 116..8129* TIMES<JPEG2000 w/o TILE

• 42..866 TIMES < JPEG2000 w 128x128

• 31..906 TIMES < JPEG2000 w 32x32

JPEG2000 = JP2K IN THE TABLES

* = LACK OF MEMORY IN 1GB PC

SPATIAL SCALABILITYSPATIAL SCALABILITY

HDTVHDTVSDTVSDTVCIFCIFQCIFQCIF

DIFFERENT RESOLUTIONS IN THE BITSTREAM

DIFFERENT RESOLUTIONS IN THE BITSTREAM

SPATIAL SCALABILITY BENEFITSSPATIAL SCALABILITY BENEFITS UDTV STREAMING FROM UAS

UDTV EXTRACTION IN GCS

HDTV EXTRACTION IN NOTEBOOK

SDTV EXTRACTION IN TOUGHBOOK

CIF EXTRACTION IN PDA

• SIMULTANEOUS RECEIPT OF ALL RES

• INSTANT RESOLUTION CHANGE

• INSTANT BANDWIDTH CHANGE

• DECODER POWER SAVINGS

UDTV STREAMING FROM UAS

UDTV EXTRACTION IN GCS

HDTV EXTRACTION IN NOTEBOOK

SDTV EXTRACTION IN TOUGHBOOK

CIF EXTRACTION IN PDA

• SIMULTANEOUS RECEIPT OF ALL RES

• INSTANT RESOLUTION CHANGE

• INSTANT BANDWIDTH CHANGE

• DECODER POWER SAVINGS

TEMPORAL SCALABILITYTEMPORAL SCALABILITY

IMPROVING QUALITY BY

DECREASING FRAME RATE

IMPROVING QUALITY BY

DECREASING FRAME RATE

TEMPORAL SCALABILITY BENEFITSTEMPORAL SCALABILITY BENEFITS HDTV FRAME RATE FROM CLOSE UAS

DROPPING SELECTED HDTV FRAMES

SDTV FRAME RATE FROM FAR UAS

DROPPING SELECTED SDTV FRAMES

• QUALITY INCREASE WITH DROPPING

• BANDWIDTH SAVINGS

• ENCODER POWER SAVINGS

• DECODER POWER SAVINGS

• AVOIDS MPEG DROPPING PROBLEMS

HDTV FRAME RATE FROM CLOSE UAS

DROPPING SELECTED HDTV FRAMES

SDTV FRAME RATE FROM FAR UAS

DROPPING SELECTED SDTV FRAMES

• QUALITY INCREASE WITH DROPPING

• BANDWIDTH SAVINGS

• ENCODER POWER SAVINGS

• DECODER POWER SAVINGS

• AVOIDS MPEG DROPPING PROBLEMS

QUALITY SCALABILITYQUALITY SCALABILITY

IMPROVING QUALITY BY

DECOMPRESSING MORE BITS

FROM THE BITSTREAM

IMPROVING QUALITY BY

DECOMPRESSING MORE BITS

FROM THE BITSTREAM

QUALITY SCALABILITY BENEFITSQUALITY SCALABILITY BENEFITS

• OPERATOR SELECTABLE

• FASTER VIDEO ENCODING

• SMALLER ENCODER LATENCY

• SMALLER ENCODER COST

• ENCODER POWER SAVINGS

• FASTER VIDEO DECODING

• SMALLER DECODER LATENCY

• SMALLER DECODER COST

• DECODER POWER SAVINGS

• OPERATOR SELECTABLE

• FASTER VIDEO ENCODING

• SMALLER ENCODER LATENCY

• SMALLER ENCODER COST

• ENCODER POWER SAVINGS

• FASTER VIDEO DECODING

• SMALLER DECODER LATENCY

• SMALLER DECODER COST

• DECODER POWER SAVINGS

EFFECT OF ERRORS DURING TRANSMISSION (BER=1.E-4)

EFFECT OF ERRORS DURING TRANSMISSION (BER=1.E-4)

JPEG2000 / CIFFJPEG2000 / CIFF MOTION JPEGMOTION JPEG

MPEG-2MPEG-2 MPEG-4 & H.264MPEG-4 & H.264

ERROR RESILIENCE BENEFITS #1ERROR RESILIENCE BENEFITS #1

• BETTER QUALITY OF EACH FRAME

• NO ERROR PROPAGATION

• FRAME BLUR VS. MPEG BLOCKS

• SMALLER BANDWIDTH WITH LESS FEC

• BEST QUALITY WITHOUT JAMMING

• BEST QUALITY DURING JAMMING

• WITHOUT FEC AT 1.E-6 BER FOR HDTV

• WITHOUT FEC AT 1.E-5 BER FOR SDTV

• WITHOUT FEC AT 1.E-4 BER FOR CIF

• BETTER QUALITY OF EACH FRAME

• NO ERROR PROPAGATION

• FRAME BLUR VS. MPEG BLOCKS

• SMALLER BANDWIDTH WITH LESS FEC

• BEST QUALITY WITHOUT JAMMING

• BEST QUALITY DURING JAMMING

• WITHOUT FEC AT 1.E-6 BER FOR HDTV

• WITHOUT FEC AT 1.E-5 BER FOR SDTV

• WITHOUT FEC AT 1.E-4 BER FOR CIF

ERROR RESILIENCE BENEFITS #2ERROR RESILIENCE BENEFITS #2

• SIMPLER FEC CAN BE USED

• FASTER FEC ENCODING

• SMALLER ENCODER LATENCY

• SMALLER ENCODER COST

• ENCODER POWER SAVINGS

• FASTER FEC DECODING

• SMALLER DECODER LATENCY

• SMALLER DECODER COST

• DECODER POWER SAVINGS

• SIMPLER FEC CAN BE USED

• FASTER FEC ENCODING

• SMALLER ENCODER LATENCY

• SMALLER ENCODER COST

• ENCODER POWER SAVINGS

• FASTER FEC DECODING

• SMALLER DECODER LATENCY

• SMALLER DECODER COST

• DECODER POWER SAVINGS

• UNMANNED & MANNED VEHICLES

• WARFIGHTERS

• SATELLITES

• SURVEILLANCE

• TELEMEDICINE

• SMART WEAPONS

• LOITERING WEAPONS

• DIGITAL LIBRARY AND ARCHIVE

• EO, IR, SAR & HYPERSPECTRAL

• UNMANNED & MANNED VEHICLES

• WARFIGHTERS

• SATELLITES

• SURVEILLANCE

• TELEMEDICINE

• SMART WEAPONS

• LOITERING WEAPONS

• DIGITAL LIBRARY AND ARCHIVE

• EO, IR, SAR & HYPERSPECTRAL

DEFENSE APPLICATIONSDEFENSE APPLICATIONS

1) UAS WITH ANALOG LINK1) UAS WITH ANALOG LINK

COMPUTERMONITOR

EOIRSAR

STORAGE

UAVUAV

GROUND STATIONGROUND STATION

ANALOG LINKANALOG LINK

2) UAS WITH ANALOG LINK2) UAS WITH ANALOG LINK

CIFFENCODER

COMPUTERMONITOR

EOIRSAR

STORAGE

FAST ENCODING/DECODING

LOW LATENCY

SMALL WEIGHT & SIZE

LOW POWER & HEAT

INTEROPERABILITY

FAST ENCODING/DECODING

LOW LATENCY

SMALL WEIGHT & SIZE

LOW POWER & HEAT

INTEROPERABILITY

COMPUTERMONITOR

CIFFDECODER

COMPUTERMONITOR

CIFFDECODER

UAVUAV

GROUND STATIONGROUND STATION

ANALOG LINKANALOG LINK

PCPC PDAPDA

(OPT)TRANS-CODER TOMPEG-2/4

3) UAS WITH DIGITAL LINK3) UAS WITH DIGITAL LINK

COMPUTERMONITOR

EOIR

SAR

CIFFDECODER

CIFFENCODER

STORAGE

FAST ENCODING/DECODING

HIGH ERROR RESILIENCE

LOW LATENCY

SMALL WEIGHT & SIZE

LOW POWER & HEAT

INTEROPERABILITY

FAST ENCODING/DECODING

HIGH ERROR RESILIENCE

LOW LATENCY

SMALL WEIGHT & SIZE

LOW POWER & HEAT

INTEROPERABILITY

COMPUTERMONITOR

CIFFDECODER

COMPUTERMONITOR

CIFFDECODER

UAVUAV

GROUND STATIONGROUND STATION

DIGITAL LINKDIGITAL LINK

PCPC PDAPDA

(OPT)TRANS-CODER TOMPEG-2/4

4) UAS WITH NETWORK LINK4) UAS WITH NETWORK LINK

COMPUTERMONITOR

EOIR

SAR

CIFFDECODER

CIFFENCODER

STORAGE

FAST ENCODING/DECODING

HIGH ERROR RESILIENCE

LOW LATENCY

SMALL WEIGHT & SIZE

LOW POWER & HEAT

INTEROPERABILITY

FAST ENCODING/DECODING

HIGH ERROR RESILIENCE

LOW LATENCY

SMALL WEIGHT & SIZE

LOW POWER & HEAT

INTEROPERABILITY

COMPUTERMONITOR

CIFFDECODER

COMPUTERMONITOR

CIFFDECODER

UAVUAV

GROUND STATIONGROUND STATION

NETWORK UDP LINKNETWORK UDP LINK

PCPC PDAPDA

(OPT)TRANS-CODER TOMPEG-2/4

CDL LOS

10.71 Mbps

CDL LOS

10.71 Mbps

CDL LOS

274 Mbps

137 Mbps

CDL LOS

274 Mbps

137 Mbps

MID BANDWIDTH CIFF BENEFITSMID BANDWIDTH CIFF BENEFITS

• EXAMPLE 10 Mbps LINK

• EDTV GRAYSCALE 8192x8192x1 fps

• UDTV COLOR 3840x2160x12 fps

• UDTV GRAYSCALE 3840x2160x25 fps

• HDTV COLOR 1920x1080x25 fps

• HDTV GRAYSCALE 2x1920x1080x25 fps

• SDTV COLOR 4x720x480x30 fps

• SDTV GRAYSCALE 8x720x480x30 fps

• EXAMPLE 10 Mbps LINK

• EDTV GRAYSCALE 8192x8192x1 fps

• UDTV COLOR 3840x2160x12 fps

• UDTV GRAYSCALE 3840x2160x25 fps

• HDTV COLOR 1920x1080x25 fps

• HDTV GRAYSCALE 2x1920x1080x25 fps

• SDTV COLOR 4x720x480x30 fps

• SDTV GRAYSCALE 8x720x480x30 fps

LINK-16

238 kbps

115.2 kbps

57.6 kbps

31.6 kbps

LINK-16

238 kbps

115.2 kbps

57.6 kbps

31.6 kbps

Ku BAND

47.9/40 Mbps

30/20 Mbps

8.67/1.5 Mbps

Ku BAND

47.9/40 Mbps

30/20 Mbps

8.67/1.5 Mbps

LOW BANDWIDTH CIFF BENEFITSLOW BANDWIDTH CIFF BENEFITS

• EXAMPLE 238 kbps LINK

• UDTV COLOR 3840x2160x0.3 fps

• UDTV GRAYSCALE 3840x2160x0.6 fps

• HDTV COLOR 1920x1080x0.6 fps

• HDTV GRAYSCALE 1920x1080x1.2 fps

• SDTV COLOR 720x480x3 fps

• SDTV GRAYSCALE 720x480x6 fps

• EXAMPLE 238 kbps LINK

• UDTV COLOR 3840x2160x0.3 fps

• UDTV GRAYSCALE 3840x2160x0.6 fps

• HDTV COLOR 1920x1080x0.6 fps

• HDTV GRAYSCALE 1920x1080x1.2 fps

• SDTV COLOR 720x480x3 fps

• SDTV GRAYSCALE 720x480x6 fps

NETWORK BENEFITSNETWORK BENEFITS

• SMALLER BANDWIDTH

• FAST JPEG AND MPEG TRANSCODING

• FASTER TRANSMISSION

• WITHOUT TCP/IP RETRANSMISSION

• IP HEADER ERROR CORRECTIONS

• IP PAYLOAD ERROR CORRECTIONS

• SMALL BANDWIDTH

• DYNAMIC BANDWIDTH ALLOCATION

• FASTER QUALITY OF SERVICE

• SMALLER BANDWIDTH

• FAST JPEG AND MPEG TRANSCODING

• FASTER TRANSMISSION

• WITHOUT TCP/IP RETRANSMISSION

• IP HEADER ERROR CORRECTIONS

• IP PAYLOAD ERROR CORRECTIONS

• SMALL BANDWIDTH

• DYNAMIC BANDWIDTH ALLOCATION

• FASTER QUALITY OF SERVICE

SOFTWARE FOR DEPLOYED ASSETSSOFTWARE FOR DEPLOYED ASSETS

• SERVER

• DESKTOP

• NOTEBOOK

• PDA

• RADIO

• CDL

• SATCOM (Ku-BAND)

• LINK-22

• LINK-16

• SERVER

• DESKTOP

• NOTEBOOK

• PDA

• RADIO

• CDL

• SATCOM (Ku-BAND)

• LINK-22

• LINK-16

HARDWARE FOR NEW ASSETSHARDWARE FOR NEW ASSETS

• LOWEST COST

• NO DIVIDERS

• NO MULTIPLIERS

• ULTRA-LOW POWER

• INTEGER ARITHMETIC

• VERY LOW COMPLEXITY

• SMALL INTEGRATED MEMORY

• ULTRA-FAST ENCODING / DECODING

• 1 SQUARE MM SILICON FOR UDTV

• LOWEST COST

• NO DIVIDERS

• NO MULTIPLIERS

• ULTRA-LOW POWER

• INTEGER ARITHMETIC

• VERY LOW COMPLEXITY

• SMALL INTEGRATED MEMORY

• ULTRA-FAST ENCODING / DECODING

• 1 SQUARE MM SILICON FOR UDTV

• A-10 THUNDERBOLT II

• ADVANCED IR TRACKING (AIRTAS)

• ADVANCED SIGNALS INTEL. PAYLOAD

• ADVANCED VIDEO TELE-COLLABOR.

• AEGIS GUIDED MISSILE DESTROYERS

• AESA RADARS

• AIRBORNE SIGINT PAYLOADS

• AIRBORNE SIGNALS INTEL. PAYLOAD

• AIRCRAFT CARRIERS

• A-10 THUNDERBOLT II

• ADVANCED IR TRACKING (AIRTAS)

• ADVANCED SIGNALS INTEL. PAYLOAD

• ADVANCED VIDEO TELE-COLLABOR.

• AEGIS GUIDED MISSILE DESTROYERS

• AESA RADARS

• AIRBORNE SIGINT PAYLOADS

• AIRBORNE SIGNALS INTEL. PAYLOAD

• AIRCRAFT CARRIERS

NGC APPLICATIONS #1NGC APPLICATIONS #1

• AMPHIBIOUS TRANSPORT DOCK SHIP

• AN/AAQ-28(V) LITENING

• AN/AAQ-32 INTERNAL FLIR TARGETING

• AN/AAR-54(V) MISSILE WARNING

• AN/APG-77 F-22 AESA RADAR

• AN/APG-80 AESA RADAR

• AN/APG-81 F-35 AESA RADAR

• AN/APN-241 C-130 COLOR RADAR

• AN/APN 242 AIRBORNE COLOR RADAR

• AMPHIBIOUS TRANSPORT DOCK SHIP

• AN/AAQ-28(V) LITENING

• AN/AAQ-32 INTERNAL FLIR TARGETING

• AN/AAR-54(V) MISSILE WARNING

• AN/APG-77 F-22 AESA RADAR

• AN/APG-80 AESA RADAR

• AN/APG-81 F-35 AESA RADAR

• AN/APN-241 C-130 COLOR RADAR

• AN/APN 242 AIRBORNE COLOR RADAR

NGC APPLICATIONS #2NGC APPLICATIONS #2

• AN/APQ-164 (B-1)

• AN/APY-7 E-8C JOINT STARS RADAR L.

• AN/AQS-14 SONAR

• AN/AQS-24A SONAR

• AN/SYS-2(V) TRACK MANAGEMENT

• B-2 SPIRIT STEALTH BOMBER

• BATTLESPACE COMMAND C4ISR

• BROAD AREA MARITIME SURVEILLANC

• C-2A GREYHOUND

• AN/APQ-164 (B-1)

• AN/APY-7 E-8C JOINT STARS RADAR L.

• AN/AQS-14 SONAR

• AN/AQS-24A SONAR

• AN/SYS-2(V) TRACK MANAGEMENT

• B-2 SPIRIT STEALTH BOMBER

• BATTLESPACE COMMAND C4ISR

• BROAD AREA MARITIME SURVEILLANC

• C-2A GREYHOUND

NGC APPLICATIONS #3NGC APPLICATIONS #3

• CENTURION HARBOR SURVEILLANCE

• COMMAND AND CONTROL PDA

• COMMAND AND CONTROL FRAMEWRK

• COMMAND AND CONTROL PC

• COMMAND CENTER INTEGRATION

• COMMAND, CONTROL, BATTLE MGMT

• CYBER WARFARE INTEGRATION NET

• DEFENSE SUPPORT PROGRAM (DSP)

• DESTROYERS

• CENTURION HARBOR SURVEILLANCE

• COMMAND AND CONTROL PDA

• COMMAND AND CONTROL FRAMEWRK

• COMMAND AND CONTROL PC

• COMMAND CENTER INTEGRATION

• COMMAND, CONTROL, BATTLE MGMT

• CYBER WARFARE INTEGRATION NET

• DEFENSE SUPPORT PROGRAM (DSP)

• DESTROYERS

NGC APPLICATIONS #4NGC APPLICATIONS #4

• DISTRIBUTED COMMON GROUND SYS

• E-2C HAWKEYE 2000

• E-2D ADVANCED HAWKEYE

• E-8C JOINT STARS

• EA-18G - GROWLER

• EA-6B PROWLER

• EARTH OBSERVATION/REMOTE SENS

• F-14 TOM CAT

• F-35A LIGHTNING II (CTOL)

• DISTRIBUTED COMMON GROUND SYS

• E-2C HAWKEYE 2000

• E-2D ADVANCED HAWKEYE

• E-8C JOINT STARS

• EA-18G - GROWLER

• EA-6B PROWLER

• EARTH OBSERVATION/REMOTE SENS

• F-14 TOM CAT

• F-35A LIGHTNING II (CTOL)

NGC APPLICATIONS #5NGC APPLICATIONS #5

• F-35B LIGHTNING II (STOVL)

• F-35C LIGHTNING II (CV)

• F-35 DISTRIBUTED APERTURE SYSTEM

• F-35 LIGHTNING II

• F-5 TIGER II

• F/A-18A/B/C/D HORNET

• F/A-18E/F SUPER HORNET

• FAST FILE TRANSFER (FFT)

• FIRE SCOUT (ARMY/NAVY MQ-8B)

• F-35B LIGHTNING II (STOVL)

• F-35C LIGHTNING II (CV)

• F-35 DISTRIBUTED APERTURE SYSTEM

• F-35 LIGHTNING II

• F-5 TIGER II

• F/A-18A/B/C/D HORNET

• F/A-18E/F SUPER HORNET

• FAST FILE TRANSFER (FFT)

• FIRE SCOUT (ARMY/NAVY MQ-8B)

NGC APPLICATIONS #6NGC APPLICATIONS #6

• FORCE XXI BATTLE COMMAND

• GEOSPATIAL INTELLIGENCE

• GLOBAL CLIMATE WATCH

• GLOBAL HAWK

• GLOBAL NETWORK MANAGER

• HUNTER MQ-5B

• HUNTER II

• HYPERSPECTRAL IMAGING

• JOINT COMBAT ADVANCED DISPLAY

• FORCE XXI BATTLE COMMAND

• GEOSPATIAL INTELLIGENCE

• GLOBAL CLIMATE WATCH

• GLOBAL HAWK

• GLOBAL NETWORK MANAGER

• HUNTER MQ-5B

• HUNTER II

• HYPERSPECTRAL IMAGING

• JOINT COMBAT ADVANCED DISPLAY

NGC APPLICATIONS #7NGC APPLICATIONS #7

• KC-45 TANKER

• LOS ANGELES-CLASS SUBMARINES

• MESA RADAR

• MH-60R/MH-60S COCKPIT SMART DISP

• MH-60R/MH-60S COCKPIT VIDEO MON

• MILITARY AVIONICS MULTI-FUN DISP

• RAVEN EYE I

• RAVEN EYE II

• SATELLITE COMMUNICATIONS

• KC-45 TANKER

• LOS ANGELES-CLASS SUBMARINES

• MESA RADAR

• MH-60R/MH-60S COCKPIT SMART DISP

• MH-60R/MH-60S COCKPIT VIDEO MON

• MILITARY AVIONICS MULTI-FUN DISP

• RAVEN EYE I

• RAVEN EYE II

• SATELLITE COMMUNICATIONS

NGC APPLICATIONS #8NGC APPLICATIONS #8

• SCALABLE SHIP SENSOR SOLUTIONS

• SCORPION TARGET RECOGNITION

• SCOUT RADAR SYSTEM

• SENSORS AND INSTRUMENTS

• SMART INTEGRATED VEHICLE AR. NET

• SPACE-BASED INFRARED SYSTEM

• SPACE-BASED SURVEILLANCE

• SPACE SYSTEMS

• SPERRY MARINE INTEGRATED BRIDGE

• SCALABLE SHIP SENSOR SOLUTIONS

• SCORPION TARGET RECOGNITION

• SCOUT RADAR SYSTEM

• SENSORS AND INSTRUMENTS

• SMART INTEGRATED VEHICLE AR. NET

• SPACE-BASED INFRARED SYSTEM

• SPACE-BASED SURVEILLANCE

• SPACE SYSTEMS

• SPERRY MARINE INTEGRATED BRIDGE

NGC APPLICATIONS #9NGC APPLICATIONS #9

• SPERRY MARINE MILITARY INT.BRIDG

• T-38 TALON II

• TANKER KC-30

• TELEVISION CAMERA SET (TCS)

• TPS-78 / TPS-703 SOLID-STATE RADAR

• UAV COMMUNICATIONS RELAY

• VISIONMASTER FT INTEGRAT. BRIDGE

• X-47B UCAS

• WARFIGHTER’S TACTICAL SIGINT

• SPERRY MARINE MILITARY INT.BRIDG

• T-38 TALON II

• TANKER KC-30

• TELEVISION CAMERA SET (TCS)

• TPS-78 / TPS-703 SOLID-STATE RADAR

• UAV COMMUNICATIONS RELAY

• VISIONMASTER FT INTEGRAT. BRIDGE

• X-47B UCAS

• WARFIGHTER’S TACTICAL SIGINT

NGC APPLICATIONS #10NGC APPLICATIONS #10

CIFF TECHNOLOGY CORPORATIONCIFF TECHNOLOGY CORPORATION

Prof. dr. Milan Prokin, dipl. ing.

Vladimir Čeperković, dipl. ing.

Saša Pavlović

Dušan Mirković

Prof. dr. Milan Prokin, dipl. ing.

Vladimir Čeperković, dipl. ing.

Saša Pavlović

Dušan Mirković

DIRECTORS, OWNERS & ASSIGNEES OF CIFF PATENT APPLICATION ARE:DIRECTORS, OWNERS & ASSIGNEES OF CIFF PATENT APPLICATION ARE:

CIFF PATENT APPLICATIONS IN:CIFF PATENT APPLICATIONS IN:USA, Canada, Europe, Japan

South Korea, China, Serbia, PCT

USA, Canada, Europe, Japan

South Korea, China, Serbia, PCT

Prof. dr. Milan Prokin, dipl. ing.Prof. dr. Milan Prokin, dipl. ing.WORLDWIDE CIFF REPRESENTATIVE:WORLDWIDE CIFF REPRESENTATIVE:

Michael Collins, MD

Dr. Lucius Gregg, CA

Chris Kammermann, VA

Marc Hannah, CA

Zeljko Marković, CA

Michael Collins, MD

Dr. Lucius Gregg, CA

Chris Kammermann, VA

Marc Hannah, CA

Zeljko Marković, CA

U.S. CIFF REPRESENTATIVES ARE:U.S. CIFF REPRESENTATIVES ARE:

CIFF CODEC HARDWARE DESIGN BY:CIFF CODEC HARDWARE DESIGN BY:

Z-Labs, Inc.Z-Labs, Inc.

CIFF BUSINESS ENTERPRISES LLCCIFF BUSINESS ENTERPRISES LLC

CIFF TECHNOLOGY CORPORATIONCIFF TECHNOLOGY CORPORATION

• Prof. dr. Milan Prokin

• +381-11-3016-595, +381-11-3016-596

• +1-310-880-9030, +381-64-4557-702

• proka@el.etf.bg.ac.yu, milan.prokin@gmail.com

• Prof. dr. Milan Prokin

• +381-11-3016-595, +381-11-3016-596

• +1-310-880-9030, +381-64-4557-702

• proka@el.etf.bg.ac.yu, milan.prokin@gmail.com

• Michael Collins

• +1-410-326-3001

• +1-410-320-7906

• mc@ciffbe.com, mc@networxusa.com

• Michael Collins

• +1-410-326-3001

• +1-410-320-7906

• mc@ciffbe.com, mc@networxusa.com

CIFF BUSINESS ENTERPRISES LLCCIFF BUSINESS ENTERPRISES LLC