Mystery cse files

IIRC PhpED is not among the programs supported by CSE Validator (like TopStyle, Homesite or UltraEdit). Anyway, it ships with the Lite version (6.5 if setup tells the truth) and picks up an installed standard version (11.01) automagically.However, with UTF-8 files umlauts, diacritics, cyrillic characters, etc. result in this CSE message:At least one character (code point) between 128 and 159 (inclusive) was found on line 6. These code points are commonly found in Windows character sets like Windows-1252 but may not work for everyone, especially those not using Windows. Consider using "& #376;" instead of this character.Opening the very same file in e.g. CSE Editor or SciTE it opens as UTF-8 (as saved in PhpED) and validates fine.Opening it intentionally as ANSI in SciTE the expanded double byte characters easily demonstrate why in PhpED CSE issues seemingly silly suggestions as to replace certain characters by the & euro; entity: obviously PhpED passes the file to CSE as ANSI, not UTF-8.AFAICT from setup PhpED uses csevalidatorV110.dll and passes the full filename. It also uses the regular CSE configuration (confirmed by config changes done in CSE and reflected by messages shown in PhpED).Maybe PhpED is backwards and uses a dated interface to CSE? (Probably CSE 6.5 was not supporting UTF-8 at all?)A workaround would be to turn off the charcters 128-159 check in CSE, but I rather would not do that as we also have ISO-8859 encoded projects.Posting the problem on the NuSphere forum I got this reply from a site admin:If

Aug 08, 2014 260 likes | 753 Views Breaking the Memory Wall in MonetDB. Presented By Janhavi Digraskar. Growing disparity of speed between CPU and memory outside CPU chip 20-40 % of instructions in a program reference memory It is a performance bottleneck to access main memory. Memory Wall. Download Presentation Breaking the Memory Wall in MonetDB An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher. Presentation Transcript Breaking the Memory Wall in MonetDB Presented By JanhaviDigraskar CSE 704Growing disparity of speed between CPU and memory outside CPU chip • 20-40 % of instructions in a program reference memory • It is a performance bottleneck to access main memory Memory Wall CSE 704Average time to access memory can be written as: tavg=p x tc + (1-p) x tm where p = probability of a cache hit tc= time to access cache tm= DRAM access time • To reduce tavg, increase p (or reduce tc) • Exploit cache Want to break the Memory Wall? CSE 704Vertical Storage • Bulk query Algebra • Cache conscious algorithms • Memory Access cost modeling Exploit the power of cache by : CSE 7041994 - Now • Open source Column Store • Has been successfully applied in high-performance applications for data mining, OLAP, GIS, XML Query, text and multimedia retrieval. MonetDB CSE 704 MonetDB Architecture CSE 704Vertical Storage • Bulk query Algebra • Cache conscious algorithms • Memory Access cost modeling Exploit the power of cache by : CSE 704 MonetDB- Vertical storage CSE 704Uses Decomposed Storage Model (DSM) • Each column stored in a separate Binary Association Table (BAT) • BAT • • Two simple memory arrays • Internally, columns are stored using memory-mapped files • Provides O(1) database lookup mechanism MonetDB-Vertical Storage CSE 704Vertical Storage • Bulk query Algebra • Cache conscious algorithms • Memory Access cost modeling Exploit the power of cache by : CSE 704Low-level algebra called BAT Algebra • Breaks complex expressions into a sequence of BAT algebra operators • Implementing these operations are simple array operations • No need of Expression Interpreting engine Bulk Query Algebra CSE 704BAT algebra expression R:bat[:oid, :oid]:=select(B:bat[:oid,:int], V:int) • C code implementing the above expression for (i = j = 0; i Advantage: • For loop creates high instruction locality and thus eliminates the cache miss problem • Disadvantage: • Materialize intermediate results MonetDB Vertical Storage CSE 704Vertical Storage • Bulk query Algebra • Cache conscious algorithms •

Or greater“If you’re frustrated that a website has unselectable text or if you need to view some HTML that’s been encrypted then this application is a must. HTML Text Extractor is the simplest and easiest way to view and save the HTML and Text from any webpage.”Anchor Link HTML Validator LiteupdateLicense: Freeware Last Reviewed: 2013-05-13Version: 12.0110 – Released: 2013-05-11 Windows: XP, 2003, Vista, 7, 8File Size: 6.16 MB“CSE HTML Validator Lite – FREE HTML Editor and Syntax Checker. Clean up your site with CSE Lite! CSE HTML Validator Lite is a FREE HTML editor and basic HTML syntax checker for Microsoft Windows. It even includes a free spell checker, displays no banner ads, and doesn’t install ‘spyware’!“If you are a professional or serious HTML developer, then you should download CSE HTML Validator Professional instead. The lite edition is designed for casual HTML authors and is only designed to find most major and some minor problems. Furthermore, it does not include accessibility checking, CSS syntax checking, link checking, the Batch Wizard, or the integrated web browser.”Anchor Link Teach Me HTMLLicense: Freeware Last Reviewed: 2010-07-06Version: 1.6 – Released: 2005-01-15 Windows: 9x, Me, NT, 2000, XP, VistaFile Size: 233 KB“Learn the basics of HTML coding. Simple, user friendly interface and clear, step by step instructions make learning HTML a breeze. There are 14 lessons to help develop and hone your HTML coding skills. Perfect for Internet newbies who want to learn HTML fast and effortlessly.”Anchor Link Text2Html ConverterLicense: Freeware Last Reviewed: 2009-11-13Version: 1.30 – Released: 2000-10-26 Windows: AllFile Size: 240 KB“Freeware Text to HTML converter. Features:Θ Entirely FREE software!Θ Converts text files into HTML filesΘ Command line capabilityΘ Handles http, ftp, gopher, telnet, wais, nntp and mailto tagsΘ Options to change default HTML attribute coloursΘ Limited file management: in-app. drag/drop, delete, launch”

The store will not work correctly in the case when cookies are disabled. Designed for Supermicro 1U ServerRedundant PSU with PMBus 1.2 Support for Remote Management80 Plus Titanium Efficiency Supermicro Certified IS THIS VALIDATED FOR MY SYSTEM OR MOTHERBOARD? System Chassis SKU #: Check if your server system is validated with this product•System: Enter a server part number (e.g. SYS-1027B-MTF) SKU #: Check if your chassis is validated with this product•Chassis: Enter a chassis part number (e.g. CSE-743TQ-865B) The Supermicro PWS-504P-1R is an 80 Plus Titanium level redundant power supply capable of supplying 500W output power at 91% efficiency. Enjoy the simplicity of active power factor correction (PFC) and automatically correct AC input for a full range of voltages. Features a card edge connector for connection with the backplane of compatible Supermicro 1U systems. This power supply is designed to not only provide you reliable power to your Supermicro server but also protects it from over voltage, over current and short circuiting via protective circuitry embedded into the unit. Rest easy knowing your hardware will be up and running with a mean-time between failure (MTBF) of greater than 100,000 hours and an LED indicator to keep you informed on normal/abnormal conditions for your PSU. This power supply is redundant to safe-guard your system from power failure and allows for hot-swap replacement to eliminate system downtime. All materials contained comply with RoHS requirements and is certified by Supermicro. More Information BrandSupermicro Total Power Output500W TypeModule Type of Power SupplyPower Supply Form Factor1U Dimension (W x H x L)54.5 x 40 x 320 mm +5V N/A +12V42A +3.3VN/A 5V Standby3A Input Voltage Range100-240V Input Frequency Range50-60Hz Input Current Range6.1-2.6A Output TypeGold Finger (54.5 Wide Molex) 8Pin / 4Pin (12V) ConnectorN/A PFCYes Voltage / CurrentYes Energy Efficiency91% Peak 80 Plus Certification80 Plus Titanium Validated SystemsAS-1014S-WTRT, AS-1114S-WTRT, SYS-1019P-WTR, SYS-5017R-WRF, SYS-5018R-WR, SYS-5019C-WR, SYS-5019P-WTR, SYS-5019S-W4TR, SYS-5019S-WR, SYS-6017B-URF, SYS-6017R-TDLRF, SYS-6018R-TDTPR Validated ChassisCSE-113TQ-R500CB, CSE-113TQ-R500UB, CSE-813LT-R500CB, CSE-815TQ-R500CB, CSE-815TQ-R500UB, CSE-815TQ-R500WB, CSE-815TQC-R504CB, CSE-815TQC-R504WB, CSE-815TQC-R504WB2, CSE-LA15TQC-R504W, CSE-LB16AC2-R504W Warranty1 year warranty Product Environmental ComplianceRoHS and REACH compliant, details available upon request This product can expose you to chemicals including lead, known to the

Memory Access cost modeling Exploit the power of cache by : CSE 704Partitioned Hash Join • Relations partitioned into H separate clusters • Each cluster fits in L2 memory cache • Problem Number of clusters (H) exceeds the number of - TLB entries  TLB thrashing - Cache lines  Cache thrashing • Solution -Multi-pass radix cluster MonetDB- Cache concious algorithms CSE 704Multiple clustering passes • Limit the number of clusters per pass • Avoids TLB/Cache thrashing Multipassradix cluster CSE 704Vertical Storage • Bulk query Algebra • Cache conscious algorithms • Memory Access cost modeling Exploit the power of cache by : CSE 704Cost models are created that take the cost of memory access into account • Main goal is to predict the number and kind of cache misses for all cache levels. • Complex data access patterns of database algorithms are studied. Memory Access cost modeling CSE 704Single sequential traversal s_trav(R) • Single random traversal r_trav(R) • Repetitive sequential traversal rs_trav(r,d,R) • Repetitive random traversal rr_trav(r,d,R) R= region representing a database table Basic Access Patterns CSE 704Database operations accessing more than one data region • Can be created by combining basic access patterns • Basic access pattern can be combined either • Sequentially • Concurrently Example: s_trav(U) s_trav(W) for WTotal number of cache misses is at most the sum of the cache misses of all patterns • However if the data region for patterns is same, cache miss can be saved Concurrent Execution • Patterns are competing for the same cache • Considering this, total number of cache misses are calculated Sequential Execution CSE 704MonetDB has redefined database architecture in the face of an ever-changing computer architecture • Principle of Vertical storage is currently being adopted by many commercial systems • HBase, C-Store, Apache Cassandra are some of the other column stores Conclusion CSE 704

1.0 Equipment RequiredLAFHeating BlockCyclo mixtureMicropipettes2.0 Material RequiredCSELysateLRWDepyrogenated dilution tube 12mm X 75mmDepyrogenated assay tube 10mm X 75mm.Individually packed Sterile, endotoxin-free micro tips3.0 Procedure3.1 General3.1.1 Clean all the required glassware and depyrogenate as per SOP for depyrogenation of glassware for BET.3.1.1 Transfer all the pyrogen free glassware to BET Room.3.1.2 Switch “ON” the heating block as per SOP for operating Instruction for Heating Block and set the temperature at 37°C.3.1.3 Calculate MVD for sample specimen by the following formula – Endotoxin Limit X Potency of ProductMVD = --------------------------------------------- ʎ, Lysate Sensitivity3.1.4 Dilute the sample to be tested to its half MVD with LRW and shake on vortex shaker for 3 minutes.3.2 Preparation Of Control Standard (CSE)3.2.1 Reconstitute CSE in LRW as per manufacturer's instruction as laid down in the bottle and certificate supplied by the manufacturer, and vortex for 5 - 10 minutes3.2.2 Use Reconstituted CSE within 4 weeks after reconstitutions. Store reconstituted CSE at 2°C to 8°C temperature.3.2.3 Prepare a CSE dilution with LRW to yield 1EU/ml and shake the dilution on vortex for 5 minutes.3.2.4 Prepare a 4ʎ by diluting a volume, which is equivalent to 4ʎ concentration from 1 EU/ml to LRW. Shake the dilution on vortex for 5 minutes. (4ʎ to be back-calculated from lʎ is the Lysate sensitivity)3.3 Reconstitution of Lysate3.3.1 Now reconstitute the lysate by opening the aluminum seal of lysate with the help of sterile blade.3.3.2 Collect lysate powder into the bottom of the vial by tapping on a hard surface. And then open the cork slowly.3.3.3 As per manufacturer's instruction, add LRW before use and replace the cork immediately.3.4 Confirmation of The Labelled Lysate Sensitivity3.4.1 Confirm in four replicates the labeled sensitivity l, expressed in EU/ml or IU/ml, of the lysate solution prior to use in the test. Confirmation of the lysate sensitivity must be carried out when a new batch of lysate is used or when there is any change in the experimental conditions which may affect the outcome of the test3.4.2 Prepare CSE dilutions from 4ʎ solutions of at least four concentrations equivalent to 2ʎ, ʎ 0.5ʎ and 0.25ʎ by diluting a series of CSE solution with water for BET (LRW)3.4.3 Take 10 depyrogenated assay tubes and label the tubes by numbering and arrange quadruplicate in the stand and then proceed as per the following table - Sample CSE dilution used LRW Lysate in ml No. of replicates 2ʎ 100ml of 2ʎ - 100 ml 4 ʎ 100 ml of ʎ - 100 ml 4 0.5ʎ 100 ml of 0.5ʎ - 100 ml 4 0.25ʎ 100 m of 0.25ʎ - 100 ml 4 NWC - 100 ml 100 ml 43.4.4 Pipette 100 ml diluted CSE i.e. to 2ʎ, ʎ 0.5ʎ, and