SUCCESSFUL INVESTING: HP Stock Receives 'Buy' Rating
By Andrew Leckey
Q. What are the prospects for my shares of Hewlett-Packard Co.? I'm delighted with the company. - C.G., via the Internet
A. Shareholders have been happy with the positive change in its fortunes under Chief Executive Mark Hurd.
It is becoming the industry's lean, mean fighting machine.
After displacing Dell Inc. as the world's No. 1 computer manufacturer last year, technology giant Hewlett-Packard narrowed the gap behind Dell in U.S. market leadership in the first quarter of this year, according to the Gartner Group.
It has an especially strong position in emerging markets that are poised for explosive growth.
This aggressive firm also is making a push into the high-end color copier market with ink-based machines costing $19,000 and up. In addition, it recently won a seven-year contract from NASA to provide as much as $5.6 billion of server computers, printers and other equipment.
Shares of Hewlett-Packard (HPQ) are up 11 percent this year, following gains of 44 percent last year and 36 percent in 2005. Since Hurd joined the company two years ago, the share price has more than doubled.
HP sales grew 27 percent in its most recent quarter on cost- cutting and strength in its PC and printer businesses. Earnings, however, declined 7 percent because of restructuring costs and a tax settlement that boosted the year-earlier quarter. The consensus rating on HP stock is a "buy," according to Thomson Financial, consisting of 10 "strong buys," 10 "buys," seven "holds," one "sell" and one "strong sell."
Hurd is a relentless cost-cutter, reducing the company's work force, selling off excess real estate and cutting its number of data centers. The company's pension plan will be frozen in 2008. Reduced expenses are important not only in combating Dell but also in taking on lower-cost overseas competitors such as Acer and Lenovo.
It should be noted that even though the company's services business is growing, it does not yet have the size of competitors such as IBM, EDS and Accenture.
HP earnings are expected to increase 25 percent in its fiscal year ending in October and 12 percent next fiscal year. The five- year annualized growth rate is projected at 14 percent, compared to the 15 percent forecast for the diversified computer systems industry.
In a last vestige of the company's boardroom spying scandal, the Securities and Exchange Commission recently found that HP violated mandatory disclosure rules in how it announced Tom Perkins' May 2006 board resignation. But the settlement only requires that the company not violate SEC reporting requirements in the future.
Q. I'd like to know more about Janus Growth & Income Fund, which was recommended to me. - P.H., via the Internet
A. Minyoung Sohn, the fund's portfolio manager since early 2004, seeks both capital appreciation and income.
The $6.8 billion Janus Growth & Income Fund (JAGIX), which has had 21 percent growth in total return over the past 12 months, ranks in the top half of large-cap growth funds. Its three-year annualized return of 14 percent puts it in the top 12 percent of that category.
Industrial materials, energy, financial services and health care are its largest sector weightings. Top holdings are General Electric Co., CVS Caremark Corp., Valero Energy Corp., EMC Corp., Procter & Gamble Co., Hess Corp., EnCana Corp., Roche Holding Ltd., Citigroup Inc. and Exxon Mobil Corp.
Sohn is attempting to increase the fund's income by putting up to 15 percent of its assets into structured notes, which are lending agreements with large investment banks and other parties that generate current income by selling off part of a stock's upside potential.
"We recommend this fund for investors looking for a core growth holding," said Andrew Gogerty, analyst with Morningstar Inc. in Chicago. "There is a learning curve to getting efficient in using structured notes, and Sohn is one of the newer Janus managers, but so far his picks tend to be well thought out and researched to a high degree."
Sohn, an analyst at Janus since 1998, also runs Janus Fundamental Equity Fund. He prefers companies with strong balance sheets that can produce higher-than-expected earnings or cash-flow growth. Turnover is about half that of most large-cap growth funds, and the fund is more diverse than some other Janus growth funds.
"Making the transition from analyst to manager requires a similar but different set of skills, so the risk is that there are going to be some bumps along the way," said Gogerty, acknowledging that Sohn made some past mistakes in positioning the portfolio in some technology and health-care stocks.
This "no-load" (no sales charge) fund requires a $2,500 minimum initial investment and has an annual expense ratio of 0.88 percent.
Q. What is the best way to buy a foreign stock? Does it matter if it trades on a foreign exchange rather than a U.S. exchange? - R.C., via the Internet
A. The easiest way is through an American depositary receipt, for foreign companies that offer them. This is a stock that trades on a U.S. stock exchange but represents a specified number of shares in a foreign company that is seeking to attract U.S. investors.
For companies not available as ADRs, the investor must buy the actual stock on a foreign exchange, in which case a U.S. brokerage firm handling the transaction is likely to charge more because it is somewhat more complicated than buying here.
"ADRs are filed with the Securities and Exchange Commission, they trade and settle under its rules, and they settle in U.S. dollars," said Julio Lugo, vice president of global capital markets for the Bank of New York. "Those that trade on the NYSE, Amex and Nasdaq must file a 20-F, an equivalent to the 10-K filed by U.S. firms that follows generally accepted accounting principles."
Of about 2,000 available ADRs, about 450 trade on the New York Stock Exchange, American Stock Exchange and Nasdaq stock market; about 1,100 trade over the counter; and the rest trade in the private market for qualified institutional buyers.
mercredi 4 juillet 2007
vendredi 29 juin 2007
dui attorneys
Drivers are asked to step out of their vehicles and perform a few simple sobriety tests. One barefoot, tipsy woman keeps saying, “I’m sorry, I’m sorry,” as a Butler County Sheriff’s deputy escorts her to the breath-test machine. Her Toyota Solara is towed away.
By the time Fairfield police officers fold their checkpoint at 3 a.m., they have briefly stopped 688 vehicles and netted eight driving-under-the-influence arrests – including Richard Guinan, Hamilton County assistant prosecutor. Both Guinan and the woman of many apologies refused the breath test. Both were taken in for booking.
The June 15 checkpoint location, as usual, had been publicized in advance. Roadside floodlights and warning signs were set up shortly before 11 p.m.
Southbound traffic was funneled into a single lane. Patrol-car light bars flashed for hours.
Yet motorists still drove up high on alcohol or drugs, without driver’s licenses or not wearing seat belts. Two had outstanding warrants against them. Guinan earlier that day spent time at a prosecutor’s office golf outing and in the past had prosecuted drunken drivers.
Welcome to the world of tougher DUI enforcement.
But are sobriety checkpoints working here? Are they deterring drunken or drugged drivers?
An Enquirer analysis of 40 checkpoints for the four-county Southwest Ohio area since January 2006 found a total of 261 DUI arrests. That’s 261 out of more than 17,000 vehicles checked, or about one DUI arrest for every 67 vehicles.
By the time Fairfield police officers fold their checkpoint at 3 a.m., they have briefly stopped 688 vehicles and netted eight driving-under-the-influence arrests – including Richard Guinan, Hamilton County assistant prosecutor. Both Guinan and the woman of many apologies refused the breath test. Both were taken in for booking.
The June 15 checkpoint location, as usual, had been publicized in advance. Roadside floodlights and warning signs were set up shortly before 11 p.m.
Southbound traffic was funneled into a single lane. Patrol-car light bars flashed for hours.
Yet motorists still drove up high on alcohol or drugs, without driver’s licenses or not wearing seat belts. Two had outstanding warrants against them. Guinan earlier that day spent time at a prosecutor’s office golf outing and in the past had prosecuted drunken drivers.
Welcome to the world of tougher DUI enforcement.
But are sobriety checkpoints working here? Are they deterring drunken or drugged drivers?
An Enquirer analysis of 40 checkpoints for the four-county Southwest Ohio area since January 2006 found a total of 261 DUI arrests. That’s 261 out of more than 17,000 vehicles checked, or about one DUI arrest for every 67 vehicles.
mardi 26 juin 2007
microprocessor
A microprocessor is a programmable digital electronic component that incorporates the functions of a central processing unit (CPU) on a single semiconducting integrated circuit (IC). The microprocessor was born by reducing the word size of the CPU from 32 bits to 4 bits, so that the transistors of its logic circuits would fit onto a single part. One or more microprocessors typically serve as the CPU in a computer system, embedded system, or handheld device.
Microprocessors made possible the advent of the microcomputer in the mid-1970s. Before this period, electronic CPUs were typically made from bulky discrete switching devices (and later small-scale integrated circuits) containing the equivalent of only a few transistors. By integrating the processor onto one or a very few large-scale integrated circuit packages (containing the equivalent of thousands or millions of discrete transistors), the cost of processor power was greatly reduced. Since the advent of the IC in the mid-1970s, the microprocessor has become the most prevalent implementation of the CPU, nearly completely replacing all other forms. See History of computing hardware for pre-electronic and early electronic computers.
The evolution of microprocessors has been known to follow Moore's Law when it comes to steadily increasing performance over the years. This law suggests that the complexity of an integrated circuit, with respect to minimum component cost, doubles every 24 months. This dictum has generally proven true since the early 1970s. From their humble beginnings as the drivers for calculators, the continued increase in power has led to the dominance of microprocessors over every other form of computer; every system from the largest mainframes to the smallest handheld computers now uses a microprocessor at its core.
Microprocessors made possible the advent of the microcomputer in the mid-1970s. Before this period, electronic CPUs were typically made from bulky discrete switching devices (and later small-scale integrated circuits) containing the equivalent of only a few transistors. By integrating the processor onto one or a very few large-scale integrated circuit packages (containing the equivalent of thousands or millions of discrete transistors), the cost of processor power was greatly reduced. Since the advent of the IC in the mid-1970s, the microprocessor has become the most prevalent implementation of the CPU, nearly completely replacing all other forms. See History of computing hardware for pre-electronic and early electronic computers.
The evolution of microprocessors has been known to follow Moore's Law when it comes to steadily increasing performance over the years. This law suggests that the complexity of an integrated circuit, with respect to minimum component cost, doubles every 24 months. This dictum has generally proven true since the early 1970s. From their humble beginnings as the drivers for calculators, the continued increase in power has led to the dominance of microprocessors over every other form of computer; every system from the largest mainframes to the smallest handheld computers now uses a microprocessor at its core.
jeudi 21 juin 2007
computer
A computer is a machine for manipulating data according to a list of instructions.
Computers take numerous physical forms. Early electronic computers were the size of a large room, consuming as much power as several hundred modern personal computers. Today, computers can be made small enough to fit into a wrist watch and be powered from a watch battery. Society has come to recognize personal computers and their portable equivalent, the laptop computer, as icons of the information age; they are what most people think of as "a computer". However, the most common form of computer in use today is by far the embedded computer. Embedded computers are small, simple devices that are often used to control other devices—for example, they may be found in machines ranging from fighter aircraft to industrial robots, digital cameras, and even children's toys.
A computer in a wristwatch.The ability to store and execute programs makes computers extremely versatile and distinguishes them from calculators. The Church–Turing thesis is a mathematical statement of this versatility: Any computer with a certain minimum capability is, in principle, capable of performing the same tasks that any other computer can perform. Therefore, computers with capability and complexity ranging from that of a personal digital assistant to a supercomputer are all able to perform the same computational tasks as long as time and storage capacity are not considerations.
Computers take numerous physical forms. Early electronic computers were the size of a large room, consuming as much power as several hundred modern personal computers. Today, computers can be made small enough to fit into a wrist watch and be powered from a watch battery. Society has come to recognize personal computers and their portable equivalent, the laptop computer, as icons of the information age; they are what most people think of as "a computer". However, the most common form of computer in use today is by far the embedded computer. Embedded computers are small, simple devices that are often used to control other devices—for example, they may be found in machines ranging from fighter aircraft to industrial robots, digital cameras, and even children's toys.
A computer in a wristwatch.The ability to store and execute programs makes computers extremely versatile and distinguishes them from calculators. The Church–Turing thesis is a mathematical statement of this versatility: Any computer with a certain minimum capability is, in principle, capable of performing the same tasks that any other computer can perform. Therefore, computers with capability and complexity ranging from that of a personal digital assistant to a supercomputer are all able to perform the same computational tasks as long as time and storage capacity are not considerations.
austin dwi
Dunham & Rogers located at 1800 Guadalupe Street in Austin, Texas has over 200 years of legal experience, with Texas Board Certified Criminal Law Specialist on our team of DWI lawyers. Paul Dunham started practicing criminal law in Austin, Texas back in 1989 and since then, he has built one of the strongest and most respected criminal law practices in Texas. With over 17 attorneys in the practice, Dunham & Rogers sets high standards on how to fight DWI cases in Austin and Georgetown, Texas. Dunham & Rogers handles more criminal trials in Travis County, Williamson County and Tarrant County each year then most criminal lawyers handle in a decade. Dunham & Rogers has a high success rate of Jury Trial victories, reductions and dismissals for their clients.
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