Log in to your account
 
Industry Careers
  • Posted by Michael Pinchera at
    12:00AM 01/03/2013 1 Comments

    4 Commitments for a Winning Team

    This month, in the Caesars Entertainment special edition of One+, I penned a wrap-up of the 2012 Caesars Entertainment Educational Experience. Alas, there is never enough space in print. What follows is a wrap-up specifically of one speaker, retired National Basketball Association star Mark Eaton. He delivered a motivational speech about how, based on his experiences in life and professional sports, groups can create teams that are unstoppable, united champions.

    This boiled down to four commitments.

    1) Know Your Job

    2) Do What You’re Asked to Do. Nowadays that’s exceeding expectations. Be clear about what others expect of you—most of the time, the situation isn’t the problem, you are.

    3) Make People Look Good. “Nothing will alienate you faster than hogging the ball; nothing will make you look better than passing the ball.”

    4) Protect Others. “When you protect others, they’ll feel free to take risks—that’s where innovation happens.”

    In closing, Eaton tasked attendees with asking their own teams to rank how they excel at each of these commitments (from 1 to 10), and then work on bettering those results.

    “This strategy will enable you to win at whatever game you’re playing,” Eaton said.

    Image (CC) Daryl I



  • Posted by Jason Hensel at
    12:00AM 04/19/2012 0 Comments

    Bigger Brains Driven by Teamwork

    Scientists have discovered proof that the evolution of intelligence and larger brain sizes can be driven by cooperation and teamwork, shedding new light on the origins of what it means to be human. The study appears online in the journal Proceedings of the Royal Society B and was led by scientists at Trinity College Dublin: Ph.D. student, Luke McNally, and Assistant Professor Dr. Andrew Jackson at the School of Natural Sciences in collaboration with Dr. Sam Brown of the University of Edinburgh.

    The researchers constructed computer models of artificial organisms, endowed with artificial brains, which played each other in classic games, such as the "Prisoner's Dilemma," that encapsulate human social interaction. They used 50 simple brains, each with up to 10 internal processing and 10 associated memory nodes. The brains were pitted against each other in these classic games.

    The game was treated as a competition, and just as real life favors successful individuals, the best of these digital organisms—defined as how high they scored in the games, less a penalty for the size of their brains—were allowed to reproduce and populate the next generation of organisms.

    By allowing the brains of these digital organisms to evolve freely in their model, the researchers were able to show that the transition to cooperative society leads to the strongest selection for bigger brains. Bigger brains essentially did better as cooperation increased.

    The social strategies that emerge spontaneously in these bigger, more intelligent brains show complex memory and decision making. Behaviors like forgiveness, patience, deceit and Machiavellian trickery all evolve within the game as individuals try to adapt to their social environment.

    “The strongest selection for larger, more intelligent brains, occurred when the social groups were first beginning to start cooperating, which then kicked off an evolutionary Machiavellian arms race of one individual trying to outsmart the other by investing in a larger brain," Jackson said. "Our digital organisms typically start to evolve more complex ‘brains’ when their societies first begin to develop cooperation."

    The idea that social interactions underlie the evolution of intelligence has been around since the mid-1970s, but support for this hypothesis has come largely from correlative studies where large brains were observed in more social animals. The authors of the current research provide the first evidence that mechanistically links decision making in social interactions with the evolution of intelligence. This study highlights the utility of evolutionary models of artificial intelligence in answering fundamental biological questions about our own origins.

    “Our model differs in that we exploit the use of theoretical experimental evolution combined with artificial neural networks to actually prove that yes, there is an actual cause-and-effect link between needing a large brain to compete against and cooperate with your social group mates," McNally said. "Our extraordinary level of intelligence defines mankind and sets us apart from the rest of the animal kingdom. It has given us the arts, science and language, and above all else the ability to question our very existence and ponder the origins of what makes us unique both as individuals and as a species."

    (Story materials and image provided by Trinity College Dublin.)




  • Posted by Jason Hensel at
    12:00AM 03/16/2012 2 Comments

    Collaboration Leads to an Increase in Overconfidence

    From the corporate boardroom to the kitchen table, important decisions are often made in collaboration. But are two—or three or five—heads better than one? Not always, according to new research from the University of Pennsylvania’s Wharton School. 

    “People who make judgments by working with someone else are more confident in those judgments. As a result they take less input from other people”—and this myopia wipes out any advantage a pair may have over an individual, says psychologist Julia A. Minson, who conducted the study with Jennifer S. Mueller. “The collaborative process itself is the problem.” 

    The findings appear in the journal Psychological Science, published by the Association for Psychological Science.

    To test the hypothesis that confidence born of collaboration takes a toll on the quality of judgment, Minson and Mueller asked 252 people to estimate nine quantities related to U.S. geography, demographics and commerce, either individually or in pairs after discussion. They were then offered the estimates of other individuals and pairs and allowed to revise their own; the final estimates therefore could come from the efforts of two to four people. To sweeten the pot, participants earned a US$30 bonus for each of two estimation rounds, but lost $1 for each percentage point their answer deviated from correct. Individuals also rated their confidence in their judgments.

    The results: People working with a partner were more confident in their estimates and significantly less willing to take outside advice. The pairs’ guesses were marginally more accurate than those of the individuals at first. But after revision (or lack thereof), that difference was gone. Even the combined judgments of four people yielded no better results than those of two or three. Finally, the researchers found that had the pairs yielded to outside input, their estimates would have been significantly more accurate. Their confidence was costly.

    So should we toss out teamwork? No, says Minson, but since collaboration is expensive and time consuming, managers should use it efficiently. For one thing, a group of 10 is not 10 times better. 

    “Mathematically, you get the biggest bang from the buck going from one decision-maker to two," Minson said. "For each additional person, that benefit drops off in a downward sloping curve.” 

    Most important is awareness of the costs of teamwork. 

    “If people become aware that collaboration leads to an increase in overconfidence, you can set up ways to mitigate it," Minson said. "Teams could be urged to consider and process each others’ inputs more thoroughly.”

    The same goes for a couple choosing a mortgage or a car, Minson says. 

    “Just because you make a decision with someone else and you feel good about it, don’t be so sure that you’ve solved the problem and you don’t need help from anybody else.”

    (Story materials provided by the Association for Psychological Science.)




  • Posted by Michael Pinchera at
    12:00AM 01/06/2012 1 Comments

    Effective Teams in Emerging Markets

    Over on the HBR blogs, Alfredo Behrens posted an intriguing piece about the challenges and tricks to building successful teams in emerging markets.

    Most South Americans derive their identity from the group to which they belong. They stick to neighborhoods where they build loyalty-bound networks, and they distrust those who are outsiders. South Americans work best with people they already know. These are traits South Americans share with many workers in BRIC countries, where much of the world's future growth is expected.

    Because South Americans perform best in teams made up of people they already know, they would take too long to become a high-performing team made up of Venezuelans and Uruguayans. When left to work on their own, the Uruguayans recovered their original teamwork spirit and performed highly enough to pique the Venezuelans to improve their own ratings. South American are competitive, but not individually. They compete better in teams.

    I wonder if Behrens' analysis here applies generally to workers in emerging meeting and event industry markets, too. I suspect there will be some crossover, but considering how meetings have such a global/border-agnostic view of business at times, I suspect our lil old industry might be an exception...perhaps teams in emerging markets initially work best with people they know and cultures in which they've grown up, but to expand into the international world of business those in the meeting and event industry must be able to transcend this.

    Or am I just thinking "cray" on a Friday?

    Image: (CC) michaelcardus