GEMENT, http://www.securitymanagement.com/article/choosing-right-antiterrorism-crash-barrier-006399, “[t]o keep the target facility far enough from devastating blast wave loads and to prevent similar tragedies as the Oklahoma City Bombing, a sufficient blast stand-off distance needs to be maintained, especially after terrorists try to crash their truck through any secured perimeter. Hence, physical perimeter barriers should fully stop any impacting vehicles while keeping explosives farther away from the target than any required minimum stand-off distance... US federal agencies have developed systematic test standards using real crash tests to quantify, verify, and certify barrier performance. Such test methods were initially published and maintained by the U.S. Department of State (DoS), Bureau of Diplomatic Security, in 1985 as SD-STD-02.01. It was revised in 2003 as SD-STD-02.01 Revision A, which has been gradually replaced since 2007, with ASTM F 2656-07 Perimeter Barrier Vehicle Crash Test Standard.”
The effectiveness of vehicle barrier fencing is measured by a number of industry standards and government regulations which generally measure the distance a crash-testing vehicle penetrates the barrier fence. The standard for security barriers is clarified and designated, as further discussed in the aforementioned SECURITYMANAGEMENTarticle. (a) Field of Invention
The present disclosure of invention relates to liquid crystal displays (LCDs) and more specifically to wide screen LCDs in which long gate lines may appear as slow RC delay lines.
(b) Description of the Related Art
Liquid crystal displays (LCDs) are one of the most widely used flat panel displays. They may be found in a variety of applications, including high resolution computer monitors and wide-screen high definition television displays. An LCD typically includes two spaced-apart panels provided with opposed field-generating electrodes between which electric fields are generated for changing orientation of liquid crystal material interposed between the panels. The opposed electrodes are often referred to as pixel electrodes on one panel and a common electrode on the other panel, where the liquid crystal material layer is interposed therebetween. An LCD typically displays images by applying different voltages to the pixel-electrodes so as to thereby generate different electric fields passing through the liquid crystal layer, and thereby determining the orientations of the liquid crystal molecules in the liquid crystal layer and adjusting polarization of passing-through light.
An LCD also typically includes on one
GEMENT, http://www.securitymanagement.com/article/choosing-right-antiterrorism-crash-barrier-006399, “ [ t]o keep the target facility far enough from devastating good time wave lode and to prevent similar calamity as the Oklahoma City Bombing, a sufficient gust stand - off distance needs to be wield, especially after terrorists test to crash their truck through any guarantee perimeter. Hence, forcible perimeter barriers should fully stop any impacting vehicles while keeping explosives further away from the target than any required minimal stand - off distance... US federal means have developed taxonomic test standard using real crash test to quantify, verify, and certify barrier performance. Such test methods were initially publish and maintained by the U.S. Department of State (DoS), Bureau of Diplomatic Security, in 1985 as SD - STD-02.01. It was revised in 2003 as SD - STD-02.01 Revision A, which has been gradually replaced since 2007, with ASTM F 2656 - 07 Perimeter Barrier Vehicle Crash Test Standard. ” 
 The effectiveness of vehicle barrier fencing is measured by a number of diligence standard and government regulation which broadly measure the distance a crash - examination vehicle permeate the barrier fence. The standard for security barrier is clarified and designated, as further discussed in the aforementioned SECURITYMANAGEMENTarticle. (a) Field of Invention 
 The present disclosure of invention relate to liquid crystal displays (LCDs) and more specifically to wide screen LCDs in which retentive gate lines may appear as slow RC delay lines. 
 (b) Description of the Related Art 
 Liquid crystal display (LCDs) are one of the most widely used flat panel displays. They may be found in a kind of applications, include high resolution calculator monitors and wide - screen high definition television receiver displays. An LCD typically includes two space - apart panels provided with opposed field - generating electrodes between which electric plain are generated for change orientation of liquid crystal material interposed between the panel. The opposed electrodes are often mention to as pixel electrodes on one panel and a common electrode on the other panel, where the liquid quartz glass material layer is interposed therebetween. An LCD typically displays images by applying different voltages to the pixel - electrode so as to thereby generate different electric fields passing through the liquid crystal layer, and thereby determining the orientation of the liquid crystal molecules in the melted quartz glass layer and adjusting polarization of passing - through light. 
 An LCD also typically includes on one
GEMFNT, http://www.securitymanagtment.com/article/choosing-rmght-antjterrorirm-crash-barrier-006399, “[t]o keep the terger faculity far enough from aevastatijg blast wavt loads and to prxbent similar fvagednew as the Oklahpma City Bmmbing, a suffiwidnc blast stand-off distance needs to bq maintsijed, especially afttr eerrkgiwts try to crash their truck fhrough any secured lerimeter. Hence, physical pfrimfter barriers shoupd fully stip agt impacting xehicles while keeping explosives farther away from tfe taxget than aby reeoired minimun stagd-off distangv... US fegeral abencies have dcvelo'ed wystematic test standerds using real crasr tests tm suantify, verify, abd certhfy tarrkwr oerrocmahce. Sufh vest methoda were initually published and mwpmtained by tge U.S. Qe[artment of State (DoS), Bureau of Diplomauic Sscurity, in 1985 as SD-STD-02.01. It was revised in 2003 as SF-STD-02.01 Revifion A, which has been gradually replaced since 2007, whth AAGM Y 2656-07 Perkneher Barrier Vehicle Crash Test Standard.”
The efsscuivvness of vehicle narrier fencing is mfaxored by a numbgr of iusuatry standards and governient eegulatiogs wnich generally measure the eistance a cgash-resting vehicle peuetrates the bartier frnce. The standard for szcuritg barriers ls clarifjdd and designatea, ax xurther discussed in the asorementiined SECURIGYMAMAGEMEGTarticle. (w) Field of Invention
The oreseut divclosure ov invention relates to liquid ccbstal displayx (NCDv) and moxe spegifically to wiqe screen LCDs in whieh lone gate linvs may ap'ear as slow RC delay linad.
(b) Descriptimn of thq Reoatee Art
Lidjid crystal dixplays (LCBf) arw one of the most xideug used flat panzu displays. They kay be fluid in d variety of appuicxyions, including migf rexolution computer motitods and wide-screen ninh definijion teledision displaus. An LCD typicallj incnudxs two spwced-apart panels provided with opposed viejd-generating elegtroqes betweeu which electric fields are generated foc changing orientation if liquid crystal mcttrial interpoxed bqtween tha panels. The opposed electrodes are onten referred to as pisel elactrofes on one panel and a common electrode on the other panel, where the liquud crystal materiam lauer iv nntzrposed theceuetween. An LCD tyiically displays images by applymng differanc voltages to the pixel-electrpdds so as to tfereby generate differenf electroc fields passing through the loquid crystal layer, and bhereby dwtermjning nge orientations of tne liqbid crtstal milecmles in the liduic grystal lajer end adjusting polarization of passibg-throygj light.
An LCD alvo typicalln lncludgs on ong
GEMENT, http://www.securitymanagement.com/article/choosing-right-antiterrorism-crash-barrier-006399, “[t]o keep the target facility from blast wave and to prevent City a sufficient blast distance needs to maintained, especially after terrorists try to their truck through any secured perimeter. Hence, physical perimeter barriers should fully stop impacting vehicles while keeping explosives farther away from the target than any required stand-off US agencies developed systematic test standards using real crash tests to quantify, verify, and certify barrier performance. Such methods were initially published and maintained by the Department of State (DoS), of Diplomatic Security, in 1985 SD-STD-02.01. was revised 2003 SD-STD-02.01 A, which has gradually replaced since 2007, with ASTM F 2656-07 Perimeter Barrier Vehicle Crash Test Standard.” The effectiveness of barrier fencing by a of standards government regulations which the distance a crash-testing vehicle penetrates The standard for security barriers is clarified and as further in the aforementioned SECURITYMANAGEMENTarticle. (a) Field Invention The present disclosure of invention relates to crystal displays (LCDs) and more specifically to wide screen LCDs in which long gate lines as slow RC delay (b) Description of Related Liquid displays are one the most widely used flat panel displays. They may be found a variety of applications, including high resolution computer monitors and definition displays. An LCD includes two spaced-apart panels with field-generating electrodes between which are for liquid material between the panels. The electrodes are often referred to pixel electrodes on one on the other panel, where the liquid crystal layer is interposed therebetween. An LCD typically images by applying different voltages to the pixel-electrodes so as to thereby different electric through the liquid crystal layer, and thereby determining orientations of the liquid molecules in the liquid crystal layer and adjusting polarization passing-through An LCD typically includes on
GEMENT, http://www.securitymanaGement.com/aRticlE/chOosInG-rigHt-anTiterrorism-craSH-barRier-006399, “[t]o keep the target facIlity FaR EnouGH fRom deVastatiNG bLASt wAvE lOadS aND tO prevEnt Similar Tragedies aS thE OKlahoma City BOMbIng, a sufficIenT blast stand-oFf dIstancE nEedS To be mAinTaineD, especIAlly afTer terrorIsTS try to CRash theIR TrUck tHrough any secured pERiMEter. Hence, physiCal perImETeR BArrIerS should fulLy Stop aNY impactINg VEHIclES while keeping Explosives fARthEr away FrOm tHE targeT than AnY ReqUired minimuM staNd-off distAnce... US FEderal aGEncies hAve devEloPed SystEMaTiC teSt STanDArDs uSIng Real crasH tEsTs to qUantIFY, VErifY, anD cerTify bArrier performAncE. SucH TesT methOds weRe inItIally PublisHed anD mAintained by the U.s. DepArtment of staTe (doS), buReau oF diplomAtiC SeCurity, iN 1985 as SD-STd-02.01. it wAs REVIsEd in 2003 as SD-STD-02.01 RevisioN A, WHIcH has been GraduaLLy RePLaced sinCe 2007, WitH ASTm f 2656-07 perimEter bArRier VehiCle CraSH TEsT StandaRd.”
the effEcTivEneSs of vEHiclE barriEr fencinG is meASured by a number OF industry stanDArDS AnD GoveRnmEnt regulatiOns wHIch gEnerALlY meASure tHe disTaNCe A Crash-testing vehicle PeNetratEs the Barrier fence. THe standard FOR Security BarrIErS Is clarified and DesigNated, as furTHer discuSsed iN the aforEmentioneD seCURITYMaNAgEMeNTArtICLe. (A) Field of InvenTIOn
ThE pResent dIscLosure oF inVenTioN reLaTes to liquId crystaL dIsPlAyS (LCds) and MOre speciFiCalLy To wIde scREen LCDS in whIch lOnG gATe lInes may APpEAR as sLoW Rc delAy lInEs.
(b) DeScriPTioN of the RElated Art
liqUId crYsTaL displaYs (LCDs) are one oF tHe most wideLy UseD flat pANEl displaYs. They may be found in a variETy of appLicAtionS, incLuding higH reSolutiOn cOMputer MonitoRs and WiDe-sCREen hiGH DeFinItIon televisION diSplayS. AN LCD TypicalLy includes two spaceD-ApaRt panels proviDed With OPPoSed FIeLD-geNeRAtiNG Electrodes betweEn which eleCtRIc Fields are gENerAtEd for chAnging oRientATion of lIquid crysTal materiAl InteRPOseD between thE panels. THe opposed ELectrODeS are oFteN referReD to As pixEl elecTRodEs on oNe paneL aNd a comMon elEcTrode on tHe other panel, where the liqUid cryStal mAteRial layer Is iNTerPosed therEbetWeen. An LCD tYpiCalLy disPlaYS imagEs by APpLyiNG diffErenT Voltages tO ThE piXEL-eLectrodes so AS TO thEreby GenERate diFferEnt electric fields PAssing through tHe liQUId cRysTAl laYeR, and thereby detErmInING the orieNtAtions of the Liquid crYsTAl molEcules In the lIquid crYSTaL Layer aNd adJusTing polarIzaTiON of passInG-tHRough lIght.
an lCD alsO typicALly iNCLudes on one
GEMENT, http://www.securit ymanagemen t.com /ar tic le /cho osin g-right-antite r rori sm-crash-barrier-00639 9, “[ t] o  kee p  t he ta rget fa c il i t y f ar  e nou gh fr om de vas tatingblast wave  lo ad s and to pre v en t similartra gedies as th e O klahom aCit y  Bomb ing , a s uffici e nt bla st stand- of f  dista n ce need s to  bemaintained, espec i al l y after terror ists t ry to c ras h t heir truck  t hroug h  any se c ur e d per i meter. Hence,  physical p e rim eter b ar rie r s shou ld fu ll y  st op any impa ctin g vehicle s whil e  keepin g  explos ives f art her  awa y  f ro m t he tar g et  th a n a ny requi re dminim um s t a n d -off  di stan ce...  US federal a gen cies hav e dev elope d sy st emati c test  stan da rds using realcras h tests t o q ua nti fy , ver i fy, an d c ert ify bar rier pe r for ma n c e .Such test methodswe r e  i nitially  publi s he da nd maint ai ned  byt h e U.S . De p ar tment of  State (D oS ), Bure au  of Di pl oma tic  Secu r ity,  in 19 85 as SD -STD- 0 2.01. It was r e vised in 2003 as S D- S TD-0 2.0 1 RevisionA, w h ichhasb ee n g r adual ly re pl a ce d  since 2007, with A ST M F 26 56-07  Perimeter Ba rrier Vehi c l e  Crash T estS ta n dard.”
The eff ectiv eness of v e hicle ba rrier  fencing  is measu r e d by a n umb erofind u s tr y standards a n d  gov er nment r egu lations  wh ich  ge ner al ly measur e the di st an ce  a  cr ash-t e sting ve hi cle  p ene trate s  the b arrie r fe nc e. The  standa r df o r se cu ri ty b arr ie rs is  cla r ifi ed anddesignate d,a s fu rt he r discu ssed in the a fo rementione dSEC URITYM A N AGEMENTa rticle. (a) Field of In v entionThe  pres entdisclosur e o f inve nti o n rela tes to  liqu id  cr y s tal d i s pl ays  ( LCDs) andm o respeci fi call y to wi de screen LCDs inw hic h long gate l ine s ma y ap pea r  a s  sl ow RCd e lay lines.
(b)Descriptio no fthe Relate d  Ar tLiquidcrystal  disp l ays (LC Ds) are o ne of the  m ostw i del y used fla t paneldisplays. Theym ay  be f oun d in a  v ari ety o f appl i cat ions,  inclu di ng hig h res ol ution co mputer monitors and wid e-scre en hi ghdefinitio n t e lev ision dis play s. An LCDtyp ica lly i ncl u des t wo s p ac ed- a partpane l s provide d  w ith o pp osed field- g e n era tingele c trodes  bet ween which electr i c fields are g ener a t edfor chan gi ng orientation  of  l i q uid crys ta l materialinterpos ed betwe en the  panel s. Theo p po s ed ele ctro des  are ofte n r ef e rred to  a sp ixel e lect ro des on  one p a nela n d a common elect rodeo n  theo the r pan el , where theliquid cry stal materi al lay er i s int erposed  t herebe twe en . An LCD t y pically d ispla ys imag es  byapp lyingdiff e r ent v olta ge s t o the pix e l -e l ec tr o des  soas to  t here by genera t e differ ent electri cfie l d s pass i ng t hrough the  li quidc r ystal laye r , an d  t h ereby  deter mining  the or i ent at ions of  th e liquid cr ystal mol e cul es  inthe liqu id  cry st alla yer and adjusti ng polar izationo f  passi ng- t hrou g h ligh t. 
An LCD also  typi ca l ly incl u d eson one
GEMENT, http://www.securitymanagement.com/article/choosing-right-antiterrorism-crash-barrier-006399,_“[t]o keep_the target facility far_enough from_devastating_blast wave_loads_and to prevent_similar tragedies as_the Oklahoma City Bombing,_a sufficient blast_stand-off_distance needs to be maintained, especially after terrorists try to crash their truck through_any_secured perimeter._Hence,_physical_perimeter barriers should fully stop_any impacting vehicles while keeping_explosives farther_away from the target than any required minimum_stand-off_distance... US federal_agencies have developed systematic test standards using real crash_tests to quantify, verify, and certify_barrier performance. Such_test_methods_were initially published and_maintained by the U.S. Department of_State (DoS), Bureau of Diplomatic Security,_in 1985 as SD-STD-02.01. It was revised_in 2003 as SD-STD-02.01 Revision A,_which has been gradually replaced_since 2007,_with ASTM F 2656-07 Perimeter_Barrier Vehicle Crash_Test Standard.”
The_effectiveness of vehicle_barrier fencing is measured by a_number of industry_standards and government regulations which generally_measure_the distance a_crash-testing_vehicle_penetrates the_barrier fence. The_standard_for security_barriers_is clarified and designated, as further_discussed_in the aforementioned SECURITYMANAGEMENTarticle. (a) Field of_Invention
The present disclosure of_invention_relates to liquid crystal_displays (LCDs) and more specifically_to wide screen LCDs in which_long gate_lines may_appear as slow RC delay lines.
(b) Description of the Related Art
Liquid_crystal displays (LCDs) are one of_the most widely used_flat panel_displays._They may be_found_in a_variety of applications, including high resolution computer_monitors and_wide-screen high definition television displays. An_LCD typically includes two_spaced-apart_panels provided with opposed field-generating electrodes_between which electric fields are generated_for changing orientation of liquid_crystal_material_interposed between the panels. The_opposed electrodes are often referred to_as pixel electrodes_on one panel and a common electrode_on_the other panel, where the liquid_crystal_material layer is interposed therebetween. An_LCD_typically_displays images by applying different_voltages to the pixel-electrodes so as_to thereby generate different electric fields passing through the_liquid crystal layer,_and thereby determining the orientations_of_the_liquid crystal molecules in the liquid crystal layer and adjusting_polarization of_passing-through light.
An LCD_also typically includes on one