Burgess Collection • Annual Report Happy New Year from All of Us at the CBMM
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The Sur-Metre
The Sur-Metre "D1mn" has geared wmches operated From under the deck, the wmches alongs1de the mam cockpit having large drums for Geno4 sheet Md spinnaker ge4r Note the Geno4 sheet lead blocks on the r4il, the boom downhaulcJnd the rod riggmg Just o~fter a sto~rt of tbe Sixes. No. 72 is Stanley Barrows' Strider, No. 38 is George So~t~cbn's /ll o~ybe, 50 is Ripples, · sailed by Sally Swigart. 46 Vemotl Edler's Capriu, o~ml 77 is St. Fro~tlciS , sailed by VincetJt Jervis. Lmai was out aheatl o~Jld to windward.- Photo by Kent Hitchcock. MEN and BOATS Midwinter Regatta at Los Angeles Again Deanonstrates That it is not Enough to Have a Fast Boat; for Boat, Skippe r and Crew Must All he Good to Form n Winning Combination AS IT the periect weather. or the outside competition, the time-tested maxim that going up the beach is best. Evidently W or the lack of acrimonious protest hearings, or the he did it on the off chance of gaining by splitting with Prel11de, smooth-running race committees, or the fact that it was the first which was leading him by some six minutes. Angelita mean regatta of the year, or all four rea~ ons that made this Midwinter while was ardently fo ll owing the maxim and to such good seem to top all others? advantage that when the two went about and converged llngl!l Anyway, there had been a great deal of advance speculation. it,/J starboard tack put her ahead as Yucca passed an elephant's How would the men from San francisco Bay do with their new e)•ebrow astern. -
Armed Sloop Welcome Crew Training Manual
HMAS WELCOME ARMED SLOOP WELCOME CREW TRAINING MANUAL Discovery Center ~ Great Lakes 13268 S. West Bayshore Drive Traverse City, Michigan 49684 231-946-2647 [email protected] (c) Maritime Heritage Alliance 2011 1 1770's WELCOME History of the 1770's British Armed Sloop, WELCOME About mid 1700’s John Askin came over from Ireland to fight for the British in the American Colonies during the French and Indian War (in Europe known as the Seven Years War). When the war ended he had an opportunity to go back to Ireland, but stayed here and set up his own business. He and a partner formed a trading company that eventually went bankrupt and Askin spent over 10 years paying off his debt. He then formed a new company called the Southwest Fur Trading Company; his territory was from Montreal on the east to Minnesota on the west including all of the Northern Great Lakes. He had three boats built: Welcome, Felicity and Archange. Welcome is believed to be the first vessel he had constructed for his fur trade. Felicity and Archange were named after his daughter and wife. The origin of Welcome’s name is not known. He had two wives, a European wife in Detroit and an Indian wife up in the Straits. His wife in Detroit knew about the Indian wife and had accepted this and in turn she also made sure that all the children of his Indian wife received schooling. Felicity married a man by the name of Brush (Brush Street in Detroit is named after him). -
Atlantic Highly Migratory Species Stock Assessment and Fisheries Evaluation Report 2019
Atlantic Highly Migratory Species Stock Assessment and Fisheries Evaluation Report 2019 U.S. Department of Commerce | National Oceanic and Atmospheric Administration | National Marine Fisheries Service 2019 Stock Assessment and Fishery Evaluation Report for Atlantic Highly Migratory Species Atlantic Highly Migratory Species Management Division May 2020 Highly Migratory Species Management Division NOAA Fisheries 1315 East-West Highway Silver Spring, MD 20910 Phone (301) 427-8503 Fax (301) 713-1917 For HMS Permitting Information and Regulations • HMS recreational fishermen, commercial fishermen, and dealer compliance guides: www.fisheries.noaa.gov/atlantic-highly-migratory-species/atlantic-hms-fishery- compliance-guides • Regulatory updates for tunas: hmspermits.noaa.gov For HMS Permit Purchase or Renewals Open Access Vessel Permits Issuer Permits Contact Information HMS Permit HMS Charter/Headboat, (888) 872-8862 Shop Atlantic Tunas (General, hmspermits.noaa.gov Harpoon, Trap), Swordfish General Commercial, HMS Angling (recreational) Southeast Commercial Caribbean Small (727) 824-5326 Regional Boat, Smoothhound Shark www.fisheries.noaa.gov/southeast/resources- Office fishing/southeast-fisheries-permits Greater Incidental HMS Squid Trawl (978) 281-9370 Atlantic www.fisheries.noaa.gov/new-england-mid- Regional atlantic/resources-fishing/vessel-and-dealer- Fisheries permitting-greater-atlantic-region Office Limited Access Vessel Permits Issuer Permits Contact Information HMS Permit Atlantic Tunas Purse Seine (888) 872-8862 Shop category hmspermits.noaa.gov -
Optimizing the Block Cipher Resource Overhead at the Link Layer Security Framework in the Wireless Sensor Networks
Proceedings of the World Congress on Engineering 2008 Vol I WCE 2008, July 2 - 4, 2008, London, U.K. Optimizing the Block Cipher Resource Overhead at the Link Layer Security Framework in the Wireless Sensor Networks Devesh C. Jinwala, Dhiren R. Patel and Kankar S. Dasgupta, data collected from different sensor nodes. Since the Abstract—The security requirements in Wireless Sensor processing of the data is done on-the-fly, while being Networks (WSNs) and the mechanisms to support the transmitted to the base station; the overall communication requirements, demand a critical examination. Therefore, the costs are reduced [2]. Due to the multi-hop communication security protocols employed in WSNs should be so designed, as and the in-network processing demanding applications, the to yield the optimum performance. The efficiency of the block cipher is, one of the important factors in leveraging the conventional end-to-end security mechanisms are not performance of any security protocol. feasible for the WSN [3]. Hence, the use of the standard In this paper, therefore, we focus on the issue of optimizing end-to-end security protocols like SSH, SSL [4] or IPSec [5] the security vs. performance tradeoff in the security protocols in WSN environment is rejected. Instead, appropriate link in WSNs. As part of the exercise, we evaluate the storage layer security architecture, with low associated overhead is requirements of the block ciphers viz. the Advanced Encryption required. Standard (AES) cipher Rijndael, the Corrected Block Tiny Encryption Algorithm (XXTEA) using the Output Codebook There are a number of research attempts that aim to do so. -
Protocol Failure in the Escrowed Encryption Standard
Protocol Failure in the Escrowed Encryption Standard Matt Blaze AT&T Bell Laboratories [email protected] August 20, 1994 Abstract The proposal, called the Escrowed Encryption Stan- dard (EES) [NIST94], includes several unusual fea- The Escrowed Encryption Standard (EES) de¯nes tures that have been the subject of considerable de- a US Government family of cryptographic processors, bate and controversy. The EES cipher algorithm, popularly known as \Clipper" chips, intended to pro- called \Skipjack", is itself classi¯ed, and implemen- tect unclassi¯ed government and private-sector com- tations of the cipher are available to the private sec- munications and data. A basic feature of key setup be- tor only within tamper-resistant modules supplied by tween pairs of EES processors involves the exchange of government-approved vendors. Software implementa- a \Law Enforcement Access Field" (LEAF) that con- tions of the cipher will not be possible. Although Skip- tains an encrypted copy of the current session key. The jack, which was designed by the US National Security LEAF is intended to facilitate government access to Agency (NSA), was reviewed by a small panel of civil- the cleartext of data encrypted under the system. Sev- ian experts who were granted access to the algorithm, eral aspects of the design of the EES, which employs a the cipher cannot be subjected to the degree of civilian classi¯ed cipher algorithm and tamper-resistant hard- scrutiny ordinarily given to new encryption systems. ware, attempt to make it infeasible to deploy the sys- By far the most controversial aspect of the EES tem without transmitting the LEAF. -
Building on a Firm Foundation
Building on a Firm Foundation FY 2014 Annual Report HHH Governing Board Wyatt Beazley IV Chairman Vickie Snead Immediate Past Chairman Kelli Meadows Treasurer Brooke Taylor Secretary Directors Melissa Ball Mark Herndon Jennifer Pitts JoAnn Burton Marcos Irigaray Cathy Plotkin Maureen Denlea Betty Sue LePage Marianne Radcliff Karen Emroch John Lewis Leslie Stack Earl Ferguson Beth McClelland Jamie Sutton Linda Georgiadis Brett Mutnick John Syer Marsha Ginther Richard November Kate Van Sumeren Lynn Green Nicholas Pace Wanda Yu HHH Staff Stacy Brinkley JC Poma President and CEO Manager of Volunteers Shawn M. Walker Debra Rogers Chief Financial Officer Annual Fund/Grants Manager Beverly Bean Debbie Cox Development Director Housekeeping Supervisor Open Jasper McLean Operations Manager Maintenance Supervisor Zita Lee Office Manager Treating guests like family since 1984 Babs Jackson President/CEO Dear Friends, /5%-"%1 Bobby Whitten This pastC hyairemaanr was one of transition and inspiration for the Hospital Hospitality House of Vickie Snead RichmoCnhadirm. an -WElecet said good-bye to our out-going CEO, Babs Jackson in December and we welcomed Stacy Brinkley, our new CEO in January. We have been inspired by our 30 years of Wyatt Beazley IV service toT reoasuurre rmany guests and hospital partners and are committed to providing hospitality in the coming decades. Brooke Taylor We spent Stehcreta rlyast 6 months of FY14 year planning for our future. We listened to our guests, our (%2%!2/./&-)1!#,%2)2(%1%!.$)3)26/.$%1&4,,7%5)$%.3!3/20)3!,/20)3!,)37 communDitiyre cptoarsrtners and our stakeholders. We reviewed guest data and analyzed the results. -
KLEIN: a New Family of Lightweight Block Ciphers
KLEIN: A New Family of Lightweight Block Ciphers Zheng Gong1, Svetla Nikova1;2 and Yee Wei Law3 1Faculty of EWI, University of Twente, The Netherlands fz.gong, [email protected] 2 Dept. ESAT/SCD-COSIC, Katholieke Universiteit Leuven, Belgium 3 Department of EEE, The University of Melbourne, Australia [email protected] Abstract Resource-efficient cryptographic primitives become fundamental for realizing both security and efficiency in embedded systems like RFID tags and sensor nodes. Among those primitives, lightweight block cipher plays a major role as a building block for security protocols. In this paper, we describe a new family of lightweight block ciphers named KLEIN, which is designed for resource-constrained devices such as wireless sensors and RFID tags. Compared to the related proposals, KLEIN has ad- vantage in the software performance on legacy sensor platforms, while its hardware implementation can be compact as well. Key words. Block cipher, Wireless sensor network, Low-resource implementation. 1 Introduction With the development of wireless communication and embedded systems, we become increasingly de- pendent on the so called pervasive computing; examples are smart cards, RFID tags, and sensor nodes that are used for public transport, pay TV systems, smart electricity meters, anti-counterfeiting, etc. Among those applications, wireless sensor networks (WSNs) have attracted more and more attention since their promising applications, such as environment monitoring, military scouting and healthcare. On resource-limited devices the choice of security algorithms should be very careful by consideration of the implementation costs. Symmetric-key algorithms, especially block ciphers, still play an important role for the security of the embedded systems. -
The Canada's Cup Years
The Canada i!ii Cup Years ~m 31 THE ROCHESTER YACHT CLUB " 1877 - 2000 Th~ time the Chicago Yacht Club, Columbia Yacht Club of Chicago, 10( THE TURN OF THE ~wo Detroit Cltlbs, alld tile Rocheste, Yacht Club had ,11ade their bids. It was thought fair to give an American Lake Ontario yach! CENTURY c,<,b the preference and RYC won. The years between the founding of Rochester Yacht Club in 1902 1877 and about 1910 are described as Golden Years. Membership had grown froln the original 46 charter members to Each club built one boat under a new rule adopted in 1902 in 318. A personal insight on the scene in the harbor just after the the 40-foot class chosen by P, CYC. A long bowsprit brought turn of the century was obtained fi’om Past Commodore John the Canadian boat, to be named Stralh{’oIla, to 61 feet long. Van Voorhis. Van Voorhis’ father would take him to dinner at theRYC had mustered a syndicate consisting of Hiram W. Sibley, West Side Clubhouse and they would look out on the river fiom James S. Watson, Thomas N. Finucane, Arthur G. Yates. John the porch and his father told him: N. Beckley, Albert O. Fenn, Walter B. Duffy, and Charles M. Everest. The group settled on a design by William Gardner, to Twenty to 30 sailboats were moored, mostly on be built at the Wood Boatyard in City Island, N.Y. The the east side of lhe river belween lhe Naval Iromh, quoil measured 65 feet overall. 40 t~et on the waterline, and had a beam of 12.5 feet with a draft of 0 feet. -
Data Encryption Routines for the PIC18
AN953 Data Encryption Routines for the PIC18 Author: David Flowers ENCRYPTION MODULE OVERVIEW Microchip Technology Inc. • Four algorithms to choose from, each with their own benefits INTRODUCTION • Advanced Encryption Standard (AES) This Application Note covers four encryption - Modules available in C, Assembly and algorithms: AES, XTEA, SKIPJACK® and a simple Assembly written for C encryption algorithm using a pseudo-random binary - Allows user to decide to include encoder, sequence generator. The science of cryptography decoder or both dates back to ancient Egypt. In today’s era of informa- - Allows user to pre-program a decryption key tion technology where data is widely accessible, into the code or use a function to calculate sensitive material, especially electronic data, needs to the decryption key be encrypted for the user’s protection. For example, a • Tiny Encryption Algorithm version 2 (XTEA) network-based card entry door system that logs the persons who have entered the building may be suscep- - Modules available in C and Assembly tible to an attack where the user information can be - Programmable number of iteration cycles stolen or manipulated by sniffing or spoofing the link • SKIPJACK between the processor and the memory storage - Module available in C device. If the information is encrypted first, it has a • Pseudo-random binary sequence generator XOR better chance of remaining secure. Many encryption encryption algorithms provide protection against someone reading - Modules available in C and Assembly the hidden data, as well as providing protection against tampering. In most algorithms, the decryption process - Allows user to change the feedback taps at will cause the entire block of information to be run-time destroyed if there is a single bit error in the block prior - KeyJump breaks the regular cycle of the to to decryption. -
What Will Be Your Mission for the Gweduck?
GWEDUCK GWEDUCK Ellison-Mahon Gweduck Represented by Composite Creations, Inc. Prineville, Oregon 97754 Walter Fellows 206-407-8285 [email protected] www.gweduck.com GWEDUCK GWEDUCK—MODERNIZING THE PERSONAL FLYING BOAT 2015 Gweduck Large useful load Gross Weight: 6,200 lb Superior rough water capability Payload: 2,000 lb Can taxi out on a beach Effective Load*: 1,360 lb Good water handling Cruise Speed: 119 kts Composite airframe resists corro- Fuel Burn: 21 gph sion Airframe: Composite Low spray in props and engines * Load with fuel for 300 nm round reduces maintenance costs trip Good fuel economy increasing ef- fective useful load Acceptable engine out perform- ance 1940s GRUMMAN WIDGEON GRUMMAN GOOSE Grumman flying boats built Large useful load Superior rough water capability Can taxi out on a beach Issues Poor water handling Gross Weight: 8,000 lb Gross Weight: 4,500 lb Payload: 2,575 lb Aluminum airframe corrosion Payload: 1,411 lb Effective Load:*: 1,060 lb High maintenance cost from spray in Effective Load:* 720 lb props and engines Cruise Speed: 119 kts Cruise Speed: 115 kts Fuel Burn: 50 gph Poor fuel economy reducing useful load Fuel Burn: 22-28 gph Airframe: Aluminum Poor engine out performance Airframe: Aluminum Available aircraft are high time as pro- duction ended in the 50s GWEDUCK WHAT WILL BE YOUR MISSION FOR THE GWEDUCK? Access your home on the water Air sea camper Exploring the world’s wildest places Tender passengers and supplies to your cruising yacht Fishing and hunting Filming wildlife Supply adventure expeditions MEETING YOUR MISSION WITH.. -
Rigging Guide Viola 14 Lug Rig
Rigging Guide Viola 14 Lug Rig The Balanced Lug Rig The balanced lug rig is often chosen by small boat designers for having the following favourable characteristics: Traditional in appearance Cheap to rig Easy home construction of the spars involved Relatively short spars for a given sail area Powerful sail that is easy to control for the sail being self-vanging Very quickly to raise and to strike the sail (important for sail & oar use as well as emergencies). Good sail shape, also when reefed The lug rig is a very good choice for the Viola canoe if looking for a versatile rig that can easily be reefed, also on the water. It is excellent for touring or camp-sailing. The picture below shows the definitions used throughout this document for the various parts of a balanced lug rig. Making the Mast Mast sections are to be made of 6000 series T6 series aluminium tubes. The instructions for making the shoulder and bearings on the top mast section by using glass tape epoxied to the mast and a short section of aluminium tube of the same diameter as the bottom mast section for the shoulder (to ensure that the top mast section sits well in the bottom section) can be found in the Viola 14 plans. Dimensions/details bottom mast section: Length 2450mm Outside diameter 60mm Inside diameter 56mm (2mm wall thickness) Centre halyard cleat 550mm from the bottom of the mast. Bolt or rivet the halyard cleat to the mast. Optional saddle just above mast partner level for the dagger board elastic. -
Build the USS CONSTITUTION the World’S Oldest Commissioned Naval Vessel Afloat 12 Build the USS CONSTITUTION Contents STAGE PAGE 111 Sails 245
Build the USS CONSTITUTION The world’s oldest commissioned naval vessel afloat 12 Build the USS CONSTITUTION Contents STAGE PAGE 111 Sails 245 112 Sails and flags 247 113 Sails 249 114 Sails 251 115 Sails 253 116 Sails 255 117 Sails 257 118 Sails 259 119 Sails 261 120 Sails 263 Editorial and design by Continuo Creative, 39-41 North Road, London N7 9DP. Published in the UK by De Agostini UK Ltd, Battersea Studios 2, 82 Silverthorne Road, London SW8 3HE. Published in the USA by De Agostini Publishing USA, Inc.,121 E. Calhoun Street, Woodstock, IL 60098. All rights reserved © 2017 Warning: Not suitable for children under the age of 14. This product is not a toy and is not designed or intended for use in play. Items may vary from those shown. USS CONSTITUTION STAGE: 111 C 79 Sails 75 68 V3. Fore topmast staysail V4. Main topmast staysail 57 V4 V3 111C Following the plan, attach the four yards (57, 68, 75 and 79) to the front of the foremast. 111D Now prepare the three sections of the mainmast, following the plan. The mainmast (81) with fittings and top, the main topmast (106) and the main topgallant mast (112) following the same process as with the foremast. 111A Retrieve the spritsail A D yard (20) and secure it to the 81 bowsprit with the parrel (23). Tie the parrel to the yard, then pass it over the bowsprit and secure the free end to the yard. 20 112 106 B E 64 111B Retrieve the foremast yards (57, 68, 75 and 79) prepared in Stage 110 and paint them with wood stain.